mhurhangee/patent-ind-claim-en huggingface dataset:
A handheld injection safety applicator comprising: an applicator housing ; a handle ; a retractable needle housed within the applicator; a first sensor configured to detect the presence of a user's grip on the handle; a second sensor configured to detect the presence of an animal; and a processing circuitry configured to receive a first signal from the first sensor indicating that the user is gripping the handle; receive a second signal from the second sensor indicating that an animal is detected; the handheld injection safety applicator being characterised in that , the processing circuitry is further configured to: extend the needle out of the applicator into the animal once the first and second signals are received; and deliver a dose of medication into the animal once the needle is fully extended into the animal; wherein the processing circuitry extends the needle by actuating a linear actuator with a first predetermined amount of force and the processing circuitry actuates the linear actuator to deliver a dose of medication, after the needle has been extended, with a second predetermined amount of force that is greater than the first predetermine amount of force; the second sensor is configured to be triggered by contact of the applicator with the skin of the animal. an applicator housing ; a handle ; a retractable needle housed within the applicator; a first sensor configured to detect the presence of a user's grip on the handle; a second sensor configured to detect the presence of an animal; and a processing circuitry configured to receive a first signal from the first sensor indicating that the user is gripping the handle; receive a second signal from the second sensor indicating that an animal is detected; receive a first signal from the first sensor indicating that the user is gripping the handle; receive a second signal from the second sensor indicating that an animal is detected; the handheld injection safety applicator being characterised in that , the processing circuitry is further configured to: extend the needle out of the applicator into the animal once the first and second signals are received; and deliver a dose of medication into the animal once the needle is fully extended into the animal; extend the needle out of the applicator into the animal once the first and second signals are received; and deliver a dose of medication into the animal once the needle is fully extended into the animal; wherein the processing circuitry extends the needle by actuating a linear actuator with a first predetermined amount of force and the processing circuitry actuates the linear actuator to deliver a dose of medication, after the needle has been extended, with a second predetermined amount of force that is greater than the first predetermine amount of force; the second sensor is configured to be triggered by contact of the applicator with the skin of the animal.
A filler feed wire for additive fabrication comprising: a laser conductive element along the length of the filler feed wire that conducts a laser energy to a distal end of the filler feed wire ; and a filler material along the length of the filler feed wire adapted to be added to a melt pool for additive fabrication, welding or cladding. a laser conductive element along the length of the filler feed wire that conducts a laser energy to a distal end of the filler feed wire ; and a filler material along the length of the filler feed wire adapted to be added to a melt pool for additive fabrication, welding or cladding.
An optical subassembly for the conversion of data between an optical and electrical format, comprising: a first side (S100a) to transmit and receive the data in the optical format; a second side (S100b) to transmit and receive the data in the electrical format; an optoelectronic chip to change a data format of the data between the optical and electrical format, wherein the optoelectronic chip comprises optical waveguides ; and a spacer substrate comprising metallized through-glass-vias, characterized in that the optoelectronic chip is mounted to the spacer substrate such that a side face (S110) of the optoelectronic chip configured to face to an optical adaptor projects beyond the spacer substrate . a first side (S100a) to transmit and receive the data in the optical format; a second side (S100b) to transmit and receive the data in the electrical format; an optoelectronic chip to change a data format of the data between the optical and electrical format, wherein the optoelectronic chip comprises optical waveguides ; and a spacer substrate comprising metallized through-glass-vias, characterized in that the optoelectronic chip is mounted to the spacer substrate such that a side face (S110) of the optoelectronic chip configured to face to an optical adaptor projects beyond the spacer substrate .
A drilling mud separation centrifuge , comprising: a screw conveyor rotatably mounted within a bowl ; and a feed pipe mounted within the screw conveyor for feeding a drilling mud through a feed port in a wall of the screw conveyor to an annular space between the wall of the screw conveyor and the bowl , which comprises a large bowl section which is coupled to a conical discharge end provided with a solids discharge port ; characterized in that the large bowl section and the conical discharge end comprise an outer surface of composite material and an inner sleeve including a wear-resistant urethane surface bonded to the outer surface of composite material; and wherein the conical discharge end further includes a ceramic discharge port for the exit of the separated solids and an inner annular ceramic liner disposed at the end of the conical discharge end , the inner annular ceramic liner being juxtaposed to the inner sleeve in the conical discharge end. a screw conveyor rotatably mounted within a bowl ; and a feed pipe mounted within the screw conveyor for feeding a drilling mud through a feed port in a wall of the screw conveyor to an annular space between the wall of the screw conveyor and the bowl , which comprises a large bowl section which is coupled to a conical discharge end provided with a solids discharge port ; characterized in that the large bowl section and the conical discharge end comprise an outer surface of composite material and an inner sleeve including a wear-resistant urethane surface bonded to the outer surface of composite material; and wherein the conical discharge end further includes a ceramic discharge port for the exit of the separated solids and an inner annular ceramic liner disposed at the end of the conical discharge end , the inner annular ceramic liner being juxtaposed to the inner sleeve in the conical discharge end.
A composition comprising: one or more curable arylene oligomers comprising as polymerized units one or more first monomers having two cyclopentadienone moieties and one or more second monomers having two or more alkyne moieties, wherein at least one alkyne moiety is directly bonded to a silicon atom; 0.1 to 15 wt% of solids of one or more hydroxyaryl-1,3,5-triazine curing agents of the formula wherein Ar 4 , Ar 5 and Ar 6 are independently aromatic moieties having from 1 to 3 aromatic rings, each of which being unsubstituted or substituted with one or more substituents chosen from hydroxy, C 1-20 alkyl, C 1-20 alkoxy, halo, C 1-20 haloalkyl, carboxy, amino, C 1-20 acylamino, and OR 15 , wherein R 15 is an organic radical having from 1 to 25 carbon atoms and at least one of Ar 4 , Ar 5 and Ar 6 is substituted with hydroxyl; and one or more organic solvents. one or more curable arylene oligomers comprising as polymerized units one or more first monomers having two cyclopentadienone moieties and one or more second monomers having two or more alkyne moieties, wherein at least one alkyne moiety is directly bonded to a silicon atom; 0.1 to 15 wt% of solids of one or more hydroxyaryl-1,3,5-triazine curing agents of the formula wherein Ar 4 , Ar 5 and Ar 6 are independently aromatic moieties having from 1 to 3 aromatic rings, each of which being unsubstituted or substituted with one or more substituents chosen from hydroxy, C 1-20 alkyl, C 1-20 alkoxy, halo, C 1-20 haloalkyl, carboxy, amino, C 1-20 acylamino, and OR 15 , wherein R 15 is an organic radical having from 1 to 25 carbon atoms and at least one of Ar 4 , Ar 5 and Ar 6 is substituted with hydroxyl; and one or more organic solvents.
Packaging box blank in the form of a one-piece structure comprising a base surface , a pair of folding surfaces for forming the long sides of the box, a pair of vertical surfaces for forming the short sides of the box, wherein a straight crease is formed between the base surface and each vertical surface , whereby - a stacking plane panel is extending from each said vertical surface ; - a crease is formed between each said vertical surface of the short side and said stacking plane panel ; - a flexing slot is formed in each vertical surface , in connection to said crease formed between said vertical surface and said stacking plane ; characterised in that , - a panel for forming the underside of the stacking plane panel is extending from each stacking plane panel , and a crease is formed between said stacking plane and said panel allowing the panel to be folded along said crease in order to form the underside of said stacking plane ; and in that - the outer end of each panel for forming the underside of said stacking plane comprises a protrusion (13.1) which, when the blank is folded into a box and the panel is folded to form the underside of the stacking plane , is pressed into the flexing slot such as to form a carrying handle functioning as a grip. - a stacking plane panel is extending from each said vertical surface ; - a crease is formed between each said vertical surface of the short side and said stacking plane panel ; - a flexing slot is formed in each vertical surface , in connection to said crease formed between said vertical surface and said stacking plane ; characterised in that , - a panel for forming the underside of the stacking plane panel is extending from each stacking plane panel , and a crease is formed between said stacking plane and said panel allowing the panel to be folded along said crease in order to form the underside of said stacking plane ; and in that - the outer end of each panel for forming the underside of said stacking plane comprises a protrusion (13.1) which, when the blank is folded into a box and the panel is folded to form the underside of the stacking plane , is pressed into the flexing slot such as to form a carrying handle functioning as a grip.
Industrial truck configured as an order-picking industrial truck, having at least one surroundings sensor for detecting an operator in the surrounding area of the industrial truck , characterized in that the order-picking industrial truck has two surroundings sensors which are arranged on an outer contour on the right-hand side, on the upper side of the order-picking industrial truck , and on the outer contour on the left-hand side, on the upper side of the order-picking industrial truck .
Birth assisting module for being arranged in a region of a birth furniture where a pelvis of a mother is intended to be placed during birth, comprising a pelvis mobilisation support , a movement mechanics and a drive unit , wherein the pelvis mobilisation support is coupled to the movement mechanics , the movement mechanics is adapted to induce a controlled cadenced displacement of the pelvis mobilisation support , the controlled cadenced displacement moves the pelvis mobilisation support by at least 1 cm, at least 2 cm, at least 3 cm, at least 4 cm, at least 6 cm, at least 7 cm, at least 8 cm, at least 9 cm or at least 10 cm and preferably by at least 5 cm, and the drive unit is connected to the movement mechanics to actuate the movement mechanics , wherein the movement mechanics comprises a rocker member coupled to the pelvis mobilisation support , the birth assisting module characterized in that the rocker member of the movement mechanics is oriented such that the pelvis mobilisation support laterally tilts when the controlled cadenced displacement of the pelvis mobilisation support is induced by the movement mechanics . the pelvis mobilisation support is coupled to the movement mechanics , the movement mechanics is adapted to induce a controlled cadenced displacement of the pelvis mobilisation support , the controlled cadenced displacement moves the pelvis mobilisation support by at least 1 cm, at least 2 cm, at least 3 cm, at least 4 cm, at least 6 cm, at least 7 cm, at least 8 cm, at least 9 cm or at least 10 cm and preferably by at least 5 cm, and the drive unit is connected to the movement mechanics to actuate the movement mechanics , wherein the movement mechanics comprises a rocker member coupled to the pelvis mobilisation support , the birth assisting module characterized in that the rocker member of the movement mechanics is oriented such that the pelvis mobilisation support laterally tilts when the controlled cadenced displacement of the pelvis mobilisation support is induced by the movement mechanics .
A method to bond a first surface to a second surface , the method comprising: dispensing a portion of epoxy on the first surface such that the portion of epoxy does not contact the second surface; curing the portion of epoxy to form precured epoxy ; positioning the first surface and the second surface separated from each other by a gap , wherein the precured epoxy is located within the gap between the first surface and the second surface; dispensing bulk epoxy into the gap and in contact with the precured epoxy, the first surface, and the second surface; and curing the bulk epoxy to bond the first surface to the second surface. dispensing a portion of epoxy on the first surface such that the portion of epoxy does not contact the second surface; curing the portion of epoxy to form precured epoxy ; positioning the first surface and the second surface separated from each other by a gap , wherein the precured epoxy is located within the gap between the first surface and the second surface; dispensing bulk epoxy into the gap and in contact with the precured epoxy, the first surface, and the second surface; and curing the bulk epoxy to bond the first surface to the second surface.
A pitch enhancement apparatus configured to obtain an output signal by performing, for each time segment, pitch enhancement processing on a signal derived from an input audio signal, the pitch enhancement apparatus comprising: a pitch enhancement unit that is configured to perform, as the pitch enhancement processing, for a time segment judged to be a time segment including the signal whose spectral envelope is flat, for each time of the time segment, processing to obtain an output signal including an added signal obtained by adding a multiplied signal, which was obtained by multiplying the signal at a time that is an earlier time than the time by the number of samples T 0 corresponding to a pitch period of the time segment, pitch gain σ 0 of the time segment, a predetermined constant B 0 , and a value that is greater than 0 and less than 1, and the signal at the time, and for a time segment judged to be a time segment including the signal whose spectral envelope is not flat, for each time of the time segment, processing to obtain an output signal including an added signal obtained by adding a multiplied signal, which was obtained by multiplying the signal at a time that is an earlier time than the time by the number of samples T 0 corresponding to a pitch period of the time segment, pitch gain σ 0 of the time segment, and a predetermined constant B 0 , and the signal at the time. for a time segment judged to be a time segment including the signal whose spectral envelope is flat, for each time of the time segment, processing to obtain an output signal including an added signal obtained by adding a multiplied signal, which was obtained by multiplying the signal at a time that is an earlier time than the time by the number of samples T 0 corresponding to a pitch period of the time segment, pitch gain σ 0 of the time segment, a predetermined constant B 0 , and a value that is greater than 0 and less than 1, and the signal at the time, and a multiplied signal, which was obtained by multiplying the signal at a time that is an earlier time than the time by the number of samples T 0 corresponding to a pitch period of the time segment, pitch gain σ 0 of the time segment, a predetermined constant B 0 , and a value that is greater than 0 and less than 1, and the signal at the time, and for a time segment judged to be a time segment including the signal whose spectral envelope is not flat, for each time of the time segment, processing to obtain an output signal including an added signal obtained by adding a multiplied signal, which was obtained by multiplying the signal at a time that is an earlier time than the time by the number of samples T 0 corresponding to a pitch period of the time segment, pitch gain σ 0 of the time segment, and a predetermined constant B 0 , and the signal at the time. a multiplied signal, which was obtained by multiplying the signal at a time that is an earlier time than the time by the number of samples T 0 corresponding to a pitch period of the time segment, pitch gain σ 0 of the time segment, and a predetermined constant B 0 , and the signal at the time.
A bottom hole assembly for use in a wellbore, comprising: a whipstock ; a downhole tool coupled to the whipstock ; and a cleaning tool coupled to the downhole tool for cleaning a portion of a wall of the wellbore, the cleaning tool having: a body ; and a plurality of cleaning elements for cleaning the portion of the wall, wherein the downhole tool is configured to engage the cleaned portion of the wall. a whipstock ; a downhole tool coupled to the whipstock ; and a cleaning tool coupled to the downhole tool for cleaning a portion of a wall of the wellbore, the cleaning tool having: a body ; and a plurality of cleaning elements for cleaning the portion of the wall, a body ; and a plurality of cleaning elements for cleaning the portion of the wall, wherein the downhole tool is configured to engage the cleaned portion of the wall.
A method for assist control of an electromechanical power steering mechanism for a motor vehicle, the electromechanical power steering mechanism comprising a steering column with an upper steering shaft linked to a lower steering shaft by a torsion bar, wherein the torsion angle between the upper steering shaft and the lower steering shaft is measured or estimated and an electric motor being adapted to apply an assistance torque, characterized in that the method includes the following steps: • Calculation of a desired rotor position by an assist algorithm based on the torsion angle ; and • Calculation of a PWM pattern by a PWM control unit , in such a way that the calculated PWM pattern adjusts the rotor of an electric motor angle such that the torsion angle is decreased, wherein the PWM pattern determines the position of the rotor of the electric motor. • Calculation of a desired rotor position by an assist algorithm based on the torsion angle ; and • Calculation of a PWM pattern by a PWM control unit , in such a way that the calculated PWM pattern adjusts the rotor of an electric motor angle such that the torsion angle is decreased, wherein the PWM pattern determines the position of the rotor of the electric motor.
A capacitive micro electrical mechanical system (MEMS) pressure sensor , comprising: a base layer ; a lower oxide layer supported by the base layer; a contact extending within the lower oxide layer; a membrane layer positioned above the lower oxide layer, characterised by the membrane layer including at least one protrusion extending downwardly through a portion of the lower oxide layer and contacting the contact layer; a nitride layer extending partially over the membrane layer; an upper oxide layer above the nitride layer; a backplate layer directly supported by the membrane layer and positioned above the upper oxide layer; a front-side etched portion exposing a first portion of the membrane layer through the upper oxide layer and the nitride layer; and a backside etched portion extending through the base layer, the backside etched portion at least partially aligned with the front-side etched portion. a base layer ; a lower oxide layer supported by the base layer; a contact extending within the lower oxide layer; a membrane layer positioned above the lower oxide layer, characterised by the membrane layer including at least one protrusion extending downwardly through a portion of the lower oxide layer and contacting the contact layer; a nitride layer extending partially over the membrane layer; an upper oxide layer above the nitride layer; a backplate layer directly supported by the membrane layer and positioned above the upper oxide layer; a front-side etched portion exposing a first portion of the membrane layer through the upper oxide layer and the nitride layer; and a backside etched portion extending through the base layer, the backside etched portion at least partially aligned with the front-side etched portion.
A method for facilitating use of machine learning models in a mobile communication system comprising a plurality of machine learning model providers , at least one of the plurality of machine learning model providers being a network data analytics function, NWDAF, of the mobile communication system, the method being performed by a broker component maintaining a provider register containing information about the plurality of machine learning model providers and machine learning models provided by the plurality of machine learning model providers , the broker component being discoverable by at least one of a machine learning model consumer and the plurality of machine learning model providers via a network repository function, NRF, of the mobile communication system, the method comprising: receiving (S502) a request for a desired machine learning model from the machine learning model consumer ; determining (S504), based on the information contained in the provider register, a machine learning model among the machine learning models provided by the machine learning model providers that matches the desired machine learning model; and sending (S506) a response to the machine learning model consumer providing information associated with the determined machine learning model, wherein the request is at least one of (i) a request to obtain the desired machine learning model for use at the machine learning model consumer , (ii) a request to subscribe for obtaining the desired machine learning model for use at the machine learning model consumer , and (iii) a request to obtain access information to a machine learning model provider providing a machine learning model that matches the desired machine learning model. receiving (S502) a request for a desired machine learning model from the machine learning model consumer ; determining (S504), based on the information contained in the provider register, a machine learning model among the machine learning models provided by the machine learning model providers that matches the desired machine learning model; and sending (S506) a response to the machine learning model consumer providing information associated with the determined machine learning model, wherein the request is at least one of (i) a request to obtain the desired machine learning model for use at the machine learning model consumer , (ii) a request to subscribe for obtaining the desired machine learning model for use at the machine learning model consumer , and (iii) a request to obtain access information to a machine learning model provider providing a machine learning model that matches the desired machine learning model.