mhurhangee/patent-ind-claim-en huggingface dataset:
A coupling device, in particular for use in orthopedic surgery, the coupling device including a first coupling body that is configured to be coupled to a first bone anchor , a second coupling body that is configured to be coupled to a second bone anchor , a connection device that is configured to connect the first coupling body and the second coupling body , wherein the connection device includes a first connection member and a second connection member a distance of which along a connection axis is adjustable and a length adjustment member that is configured to be actuated in a first direction whereby the distance between the first connection member and the second connection member is increased and in a second direction whereby the distance between the first connection member and the second connection member is decreased wherein the first and second connection members each include a longitudinal passage extending through the connection member and an advancement structure in the passage that allows to gradually adjust the distance between the first and second connection member and wherein the length adjustment member comprises a first extension cooperating with the first connection member and a second extension cooperating with the second connection member , and advancement structures on the first and second extension mating with the advancement structures of the first and second connection members , respectively.
A diagnostic kit comprising more than one container comprising a complex of a synthetic microRNA (miRNA) and a lipid vector, wherein said synthetic miRNA is at a defined concentration, wherein the lipid vector is selected from lipids conjugated to PEG, wherein the kit comprises: - one or more container(s) comprising a first synthetic miRNA; and - one or more container(s) comprising a second synthetic miRNA different from the first miRNA. - one or more container(s) comprising a first synthetic miRNA; and - one or more container(s) comprising a second synthetic miRNA different from the first miRNA.
A solid-state imaging device comprising: a plurality of photoelectric conversion elements that are arrayed in a matrix, wherein each of the photoelectric conversion elements includes a first electrode and a second electrode that are disposed such that principal planes thereof face each other, a photoelectric conversion film that is disposed between the first electrode and the second electrode, a semiconductor layer that is disposed between the photoelectric conversion film and the second electrode and is configured such that a first surface is in contact with the photoelectric conversion film and at least a portion of a second surface on a side opposite to the first surface is in contact with the second electrode, an insulating film that is disposed within the semiconductor layer, and a third electrode that is disposed within the insulating film, wherein the insulating film is configured such that the bottom surface thereof is in contact with the second electrode , wherein each of the photoelectric conversion elements further includes a fourth electrode which is disposed within the insulating film and between the third electrode and the first electrode. a plurality of photoelectric conversion elements that are arrayed in a matrix, wherein each of the photoelectric conversion elements includes a first electrode and a second electrode that are disposed such that principal planes thereof face each other, a photoelectric conversion film that is disposed between the first electrode and the second electrode, a semiconductor layer that is disposed between the photoelectric conversion film and the second electrode and is configured such that a first surface is in contact with the photoelectric conversion film and at least a portion of a second surface on a side opposite to the first surface is in contact with the second electrode, an insulating film that is disposed within the semiconductor layer, and a third electrode that is disposed within the insulating film, wherein the insulating film is configured such that the bottom surface thereof is in contact with the second electrode , wherein each of the photoelectric conversion elements further includes a fourth electrode which is disposed within the insulating film and between the third electrode and the first electrode.
A method performed by a network node of a wireless communication network for wireless transmission of signals to wireless communication devices , the method comprising: selecting an adapted modulation and coding scheme, MCS, for a first signal to be transmitted to a first wireless communication device at a first frequency bandwidth, the MCS being adapted to that a second signal is to be transmitted to a second wireless communication device concurrently with the first signal, the second signal being transmitted at a second frequency bandwidth that is a subset of the first frequency bandwidth, the second frequency bandwidth being narrower than the first frequency bandwidth; sending information to the first wireless communication device indicating that a subset of the first frequency bandwidth is used for sending signals to the second wireless communication device , including an indication of the used subset, wherein, based on the information, the first wireless communication device disregards the information received at the subset of the first frequency bandwidth; transmitting the first signal to the first wireless communication device at the first frequency bandwidth coded with the adapted MCS; and transmitting the second signal to the second wireless communication device at the second frequency bandwidth, the second signal being sent concurrently with the first signal. selecting an adapted modulation and coding scheme, MCS, for a first signal to be transmitted to a first wireless communication device at a first frequency bandwidth, the MCS being adapted to that a second signal is to be transmitted to a second wireless communication device concurrently with the first signal, the second signal being transmitted at a second frequency bandwidth that is a subset of the first frequency bandwidth, the second frequency bandwidth being narrower than the first frequency bandwidth; sending information to the first wireless communication device indicating that a subset of the first frequency bandwidth is used for sending signals to the second wireless communication device , including an indication of the used subset, wherein, based on the information, the first wireless communication device disregards the information received at the subset of the first frequency bandwidth; transmitting the first signal to the first wireless communication device at the first frequency bandwidth coded with the adapted MCS; and transmitting the second signal to the second wireless communication device at the second frequency bandwidth, the second signal being sent concurrently with the first signal.
A universal osteotomy device comprising: a first body component having an upper guide edge for forming a cutting track; a second body component having a lower guide edge disposed below said upper guide edge , a guide slot being formed between said upper guide edge and said lower guide edge for guiding a saw blade to perform a cutting procedure, said guide slot having a connecting member for connecting said upper guide edge and said lower guide edge ; wherein said first body component further comprises a first correcting through-hole , said second body component further comprises a second correcting through-hole , at least one correction angle (L) between at least one longitudinal axes of said first correcting through-hole and at least one longitudinal axis of said second correcting through-hole is formed, such that, when an open angle of osteotomy is the same as that of a preoperative planning correction angle (M), said longitudinal axis of said first correcting through-hole and the corresponding longitudinal axis of said second correcting through-hole will coincide to be passed through by an alignment bar , said correction angles (L) being 1°-45°, characterised in that the surface of said first body component and the surface of said second body component have an average curvature or a uniform curvature of bone surface.
A spool valve comprising: a valve housing having a pilot fluid passage defined therein, the pilot fluid passage allowing pilot fluid to flow therethrough, and comprising a first portion and a second portion lengthwisely spaced apart from each other, and a spool movably inserted in the valve housing , the spool comprising a plug able to enter the pilot fluid passage between the first portion and the second portion to change a flow area of the pilot fluid passage following movement of the spool , wherein the valve housing has a guide hole defined therein, the guide hole connected to the pilot fluid passage between the first portion and the second portion , and the plug enters the pilot fluid passage through the guide hole , characterized in that cross-sections of the plug and the guide hole defined across lengths of the plug and the guide hole are shaped to prevent rotation of the plug . a valve housing having a pilot fluid passage defined therein, the pilot fluid passage allowing pilot fluid to flow therethrough, and comprising a first portion and a second portion lengthwisely spaced apart from each other, and a spool movably inserted in the valve housing , the spool comprising a plug able to enter the pilot fluid passage between the first portion and the second portion to change a flow area of the pilot fluid passage following movement of the spool , wherein the valve housing has a guide hole defined therein, the guide hole connected to the pilot fluid passage between the first portion and the second portion , and the plug enters the pilot fluid passage through the guide hole , characterized in that cross-sections of the plug and the guide hole defined across lengths of the plug and the guide hole are shaped to prevent rotation of the plug .
A tamping unit for tamping a track , with tamping tools arranged in pairs, which can be squeezed towards each other by means of a respective squeezing cylinder , with a squeezing piston that can be applied with a hydraulic pressure of a first hydraulic circuit being arranged in the respective squeezing cylinder , and with a vibration piston being assigned to each squeezing cylinder to superimpose a vibration on a squeezing movement , characterized in that the vibration piston is arranged in a pressure amplifier with a primary cylinder and a secondary cylinder .
An encapsulated component (600; 700; 804; 806) of an electromechanical assembly (600; 700; 800) for an elevator system , the encapsulated component (600; 700; 804; 806) comprising: an encapsulating body (602; 702; 812); and a component assembly (601; 701; 814) arranged within the encapsulating body (602; 702; 812), wherein at least some parts of the component assembly (601; 701; 814) are contained within a material of the encapsulating body (602; 702; 812); characterized in that the encapsulating body (602; 702) comprises a main body (610; 710), a first mounting extension (614; 714) extending from a first end (612; 712) of the main body (610; 710), and a second mounting extension extending from a second end (616; 716) of the main body ; and/or wherein the encapsulating body comprises a component integrator configured to receive a connecting pin . an encapsulating body (602; 702; 812); and a component assembly (601; 701; 814) arranged within the encapsulating body (602; 702; 812), wherein at least some parts of the component assembly (601; 701; 814) are contained within a material of the encapsulating body (602; 702; 812); characterized in that the encapsulating body (602; 702) comprises a main body (610; 710), a first mounting extension (614; 714) extending from a first end (612; 712) of the main body (610; 710), and a second mounting extension extending from a second end (616; 716) of the main body ; and/or wherein the encapsulating body comprises a component integrator configured to receive a connecting pin .
A wearable soft exosuit, comprising: a first anchor element configured for positioning at or near a first body part of a person wearing the wearable soft exosuit; a second anchor element configured for positioning at or near a second body part of a person wearing the wearable soft exosuit; characterized in at least one substantially inextensible and flexible connection element extending between the first anchor element and the second anchor element, and spanning at least one joint disposed between the first anchor element and the second anchor element; at least one actuator configured to create a tensile force, via an actuation member of the at least one actuator, in the at least one substantially inextensible and flexible connection element ; and at least one controller configured to actuate the at least one actuator, responsive to one or more gait events occurring during locomotion, to generate a beneficial moment about the at least one joint, during movement of the at least one joint during locomotion, said beneficial moment being in the same direction as the natural moments created by the musculature, assisting with motion and/or absorbing power, requiring less energy from the user and reducing the metabolic cost of the motion. a first anchor element configured for positioning at or near a first body part of a person wearing the wearable soft exosuit; a second anchor element configured for positioning at or near a second body part of a person wearing the wearable soft exosuit; characterized in at least one substantially inextensible and flexible connection element extending between the first anchor element and the second anchor element, and spanning at least one joint disposed between the first anchor element and the second anchor element; at least one actuator configured to create a tensile force, via an actuation member of the at least one actuator, in the at least one substantially inextensible and flexible connection element ; and at least one controller configured to actuate the at least one actuator, responsive to one or more gait events occurring during locomotion, to generate a beneficial moment about the at least one joint, during movement of the at least one joint during locomotion, said beneficial moment being in the same direction as the natural moments created by the musculature, assisting with motion and/or absorbing power, requiring less energy from the user and reducing the metabolic cost of the motion.
A cleaner head member attachable to and/or detachable from a cleaner head of a wet cleaning apparatus, the cleaner head member comprising: a connector that is connectable to a complementary connector of the cleaner head to provide a sealed dirt conduit between the cleaner head member and the cleaner head when the cleaner head member is attached to the cleaner head; a pliable support substrate ; a dirt inlet structure defined in and/or arranged on a surface of the pliable support substrate, the dirt inlet structure extending across at least part of the surface; a cleaning liquid outlet structure defined in and/or arranged on the surface of the pliable support substrate, the cleaning liquid outlet structure being arranged to deliver cleaning liquid received therein towards the surface to be cleaned, the cleaning liquid outlet structure being separated from the dirt inlet structure by region(s) of the pliable support substrate; and a pliable cleaning member comprising a porous layer having pores for receiving liquid from a surface to be cleaned, the pliable cleaning member being arranged on the surface of the pliable support substrate to cover the dirt inlet structure, the dirt inlet structure being arranged to receive said liquid received by the pores of the porous layer and to carry the liquid to the dirt conduit. a connector that is connectable to a complementary connector of the cleaner head to provide a sealed dirt conduit between the cleaner head member and the cleaner head when the cleaner head member is attached to the cleaner head; a pliable support substrate ; a dirt inlet structure defined in and/or arranged on a surface of the pliable support substrate, the dirt inlet structure extending across at least part of the surface; a cleaning liquid outlet structure defined in and/or arranged on the surface of the pliable support substrate, the cleaning liquid outlet structure being arranged to deliver cleaning liquid received therein towards the surface to be cleaned, the cleaning liquid outlet structure being separated from the dirt inlet structure by region(s) of the pliable support substrate; and a pliable cleaning member comprising a porous layer having pores for receiving liquid from a surface to be cleaned, the pliable cleaning member being arranged on the surface of the pliable support substrate to cover the dirt inlet structure, the dirt inlet structure being arranged to receive said liquid received by the pores of the porous layer and to carry the liquid to the dirt conduit.
An integrated hydrotreating, solvent deasphalting and steam pyrolysis process for the direct processing of a crude oil to produce olefinic and aromatic petrochemicals, the process comprising: a. charging the crude oil to a hydroprocessing zone operating under conditions effective to produce a hydroprocessed effluent reduced having a reduced content of contaminants, an increased paraffinicity, reduced Bureau of Mines Correlation Index, and an increased American Petroleum Institute gravity; b. charging the hydroprocessed effluent to a solvent deasphalting zone with an effective amount of solvent to produce a deasphalted and demetalized oil stream and a bottom asphalt phase; c. thermally cracking the deasphalted and demetalized oil stream in the presence of steam to produce a mixed product stream; d. separating the thermally cracked mixed product stream; e. purifying hydrogen recovered in step (d) and recycling it to step (a); f. recovering olefins and aromatics from the separated mixed product stream; and g. recovering pyrolysis fuel oil from the separated mixed product stream. a. charging the crude oil to a hydroprocessing zone operating under conditions effective to produce a hydroprocessed effluent reduced having a reduced content of contaminants, an increased paraffinicity, reduced Bureau of Mines Correlation Index, and an increased American Petroleum Institute gravity; b. charging the hydroprocessed effluent to a solvent deasphalting zone with an effective amount of solvent to produce a deasphalted and demetalized oil stream and a bottom asphalt phase; c. thermally cracking the deasphalted and demetalized oil stream in the presence of steam to produce a mixed product stream; d. separating the thermally cracked mixed product stream; e. purifying hydrogen recovered in step (d) and recycling it to step (a); f. recovering olefins and aromatics from the separated mixed product stream; and g. recovering pyrolysis fuel oil from the separated mixed product stream.
A system for measuring pipe , the system comprising: a frame configured to rotatably receive the pipe; a carriage movably positionable along the frame; a guide floatingly positionable about the pipe and supported from the carriage, the guide having a mouth that is configured to receivingly engage the pipe and axially align therewith; a plurality of guide sensors , each guide sensor comprising a laser and being supported from the guide and being configured to measure displacement between the guide sensor and the pipe , wherein a pair of guide sensors are positioned on opposite sides of the pipe; and a measurement unit operatively linked to the plurality of guide sensors for collecting measurements therefrom. a frame configured to rotatably receive the pipe; a carriage movably positionable along the frame; a guide floatingly positionable about the pipe and supported from the carriage, the guide having a mouth that is configured to receivingly engage the pipe and axially align therewith; a plurality of guide sensors , each guide sensor comprising a laser and being supported from the guide and being configured to measure displacement between the guide sensor and the pipe , wherein a pair of guide sensors are positioned on opposite sides of the pipe; and a measurement unit operatively linked to the plurality of guide sensors for collecting measurements therefrom.
An omnidirectional antenna intended to equip a dipping sonar , the antenna (14; 40, 50) comprising multiple elementary transmission rings that are formed around a longitudinal axis of the antenna (14; 40, 50) and multiple hydrophones that are distributed around the longitudinal axis , the antenna (14; 40, 50) being intended to be dipped in water, the hydrophones being separate from the elementary transmission rings , the hydrophones and the elementary transmission rings being fixed to one another in the antenna (14; 40; 50), wherein a first minimum cylindrical volume around the longitudinal axis occupied by the elementary transmission rings has a diameter D1, a second minimum cylindrical volume around the longitudinal axis occupied by the hydrophones has a diameter D2, wherein the diameter ratio of the two volumes is constant regardless of whether the antenna (14; 40, 50) is in operation or in a storage position, characterized in that the elementary transmission rings and the hydrophones are nested along the same height (H) measured according to the longitudinal axis and in that the elementary transmission rings and the hydrophones operate at a working frequency of less than 8 kHz, in that the difference in absolute value between the two diameters D1 and D2 remains inferior than 30% of the smaller of the two diameters D1 or D2, and in that the projections from the phase centres of the hydrophones in a horizontal plane (P) that is perpendicular to the longitudinal axis , or in a vertical plane (V) containing the longitudinal axis , are spaced apart by a spacing of less than λ/3, λ being the wavelength at the working frequency, the hydrophones being distributed in rings formed around the longitudinal axis in the horizontal plane (P), the spacing (p2), referred to as the horizontal spacing, between two hydrophones is the length of the chord between two neighbouring hydrophones over the diameter in question.
A cartridge for use with an aerosol generating system , the cartridge comprising: a reservoir for storing an aerosol-forming liquid ; an induction heatable element ; and a capillary element for conveying the aerosol-forming liquid from the reservoir to the induction heatable element , the induction heatable element being arranged to heat the conveyed aerosol-forming liquid to vaporise it; characterised in that the cartridge further comprises a non-liquid flavour-release medium and a further induction heatable element arranged to heat the non-liquid flavour-release medium . a reservoir for storing an aerosol-forming liquid ; an induction heatable element ; and a capillary element for conveying the aerosol-forming liquid from the reservoir to the induction heatable element , the induction heatable element being arranged to heat the conveyed aerosol-forming liquid to vaporise it; characterised in that the cartridge further comprises a non-liquid flavour-release medium and a further induction heatable element arranged to heat the non-liquid flavour-release medium .