mhurhangee/patent-ind-claim-en huggingface dataset:
A solidly mounted resonator having an electromagnetic shielding structure, comprising: a substrate ; an acoustic-wave reflecting layer formed on the substrate ; a resonance function layer formed on the acoustic-wave reflecting layer , wherein the resonance function layer comprises a lower electrode layer , a piezoelectric layer , and an upper electrode layer , which are stacked in the above-listed sequence; and a metal shielding wall formed on the substrate , wherein the metal shielding wall surrounds an effective region (I-1) in the acoustic-wave reflecting layer and the lower electrode when viewed along a direction perpendicular to the substrate , and the upper electrode layer and the lower electrode layer overlap in the effective region (I-1) when viewed along the direction; wherein the metal shielding wall comprises a first metal shielding wall and a second metal shielding wall which are electrically connected, the first metal shielding wall surrounds the lower electrode layer and the acoustic-wave reflecting layer , and the second metal shielding wall is filled at a position at which the piezoelectric layer is etched. a substrate ; an acoustic-wave reflecting layer formed on the substrate ; a resonance function layer formed on the acoustic-wave reflecting layer , wherein the resonance function layer comprises a lower electrode layer , a piezoelectric layer , and an upper electrode layer , which are stacked in the above-listed sequence; and a metal shielding wall formed on the substrate , wherein the metal shielding wall surrounds an effective region (I-1) in the acoustic-wave reflecting layer and the lower electrode when viewed along a direction perpendicular to the substrate , and the upper electrode layer and the lower electrode layer overlap in the effective region (I-1) when viewed along the direction; wherein the metal shielding wall comprises a first metal shielding wall and a second metal shielding wall which are electrically connected, the first metal shielding wall surrounds the lower electrode layer and the acoustic-wave reflecting layer , and the second metal shielding wall is filled at a position at which the piezoelectric layer is etched.
A hydraulic directional magnetic valve with a hydraulic directional magnetic valve, in particular hydraulic directional 3/2 magnetic valve , comprising - a valve housing , - incorporated into the valve housing , a valve chamber with a first valve seat bore as a connection to a first line, in particular a pressure line (P), a free opening to a second line, in particular an operating line (A), and a second valve seat bore as a connection to a third line, in particular a reservoir line (T), - an electromagnet , and - a valve spindle movable by the electromagnet and partially disposed in the valve chamber , - wherein, within the valve chamber , the valve spindle comprises a first sealing surface oriented towards the first valve seat bore , and a second sealing surface oriented towards the second valve seat bore , such that selectively the first valve seat bore or the second valve seat bore is closable, - wherein the valve spindle extends out of the valve chamber through the second valve seat bore as far as to the electromagnet , wherein there is a connection of the third line to an armature compartment of the electromagnet along the valve spindle or in the valve spindle so that pressure built-up is prevented in the armature compartment , characterized in that a diameter of the first valve seat bore is larger than a diameter (D2) of the second valve seat bore. - a valve housing , - incorporated into the valve housing , a valve chamber with a first valve seat bore as a connection to a first line, in particular a pressure line (P), a free opening to a second line, in particular an operating line (A), and a second valve seat bore as a connection to a third line, in particular a reservoir line (T), - an electromagnet , and - a valve spindle movable by the electromagnet and partially disposed in the valve chamber , - wherein, within the valve chamber , the valve spindle comprises a first sealing surface oriented towards the first valve seat bore , and a second sealing surface oriented towards the second valve seat bore , such that selectively the first valve seat bore or the second valve seat bore is closable, - wherein the valve spindle extends out of the valve chamber through the second valve seat bore as far as to the electromagnet , wherein there is a connection of the third line to an armature compartment of the electromagnet along the valve spindle or in the valve spindle so that pressure built-up is prevented in the armature compartment ,
A patch antenna comprising: a dielectric substrate having a body that extends a thickness from a first side to a second side that is opposite the first side, the body of the substrate having a perimeter that is defined by at least one side wall that extends along the thickness of the substrate from the first side to the second side , wherein the body of the substrate has a dielectric constant that is greater than the dielectric constant of air; a radiating patch positioned on the first side of the body of the substrate; a ground plane positioned on the second side of the body of the substrate; and at least three feed probes electromagnetically coupled to the radiating patch such that the patch antenna is configured to generate a circularly polarized radiation pattern, the feed probes being positioned relative to the body of the substrate such that adjacent feed probes are spaced apart from each other along the body, the feed probes being configured to feed the radiating patch at at least three points with approximately equal power amplitude, characterised in that the substrate comprises electrically conductive strips positioned on the at least one side wall of the body, wherein the feed probes are electrically connected to corresponding strips . a dielectric substrate having a body that extends a thickness from a first side to a second side that is opposite the first side, the body of the substrate having a perimeter that is defined by at least one side wall that extends along the thickness of the substrate from the first side to the second side , wherein the body of the substrate has a dielectric constant that is greater than the dielectric constant of air; a radiating patch positioned on the first side of the body of the substrate; a ground plane positioned on the second side of the body of the substrate; and at least three feed probes electromagnetically coupled to the radiating patch such that the patch antenna is configured to generate a circularly polarized radiation pattern, the feed probes being positioned relative to the body of the substrate such that adjacent feed probes are spaced apart from each other along the body, the feed probes being configured to feed the radiating patch at at least three points with approximately equal power amplitude, characterised in that the substrate comprises electrically conductive strips positioned on the at least one side wall of the body, wherein the feed probes are electrically connected to corresponding strips .
A method of validating a test for estimating the organic carbon content of soil or changes in organic carbon content of the soil over time in which a first sample of the soil is taken from a selected location and heated using Loss On Ignition (LOI) to remove organic materials including organic carbon from the soil sample by burning off or oxidising the organic materials, the method being characterized by comprising the steps of taking at least one further sample of soil from a location immediately adjacent to, and having the same geological structure as the selected location, the further sample having or being treated to have minimal organic material content, adding to the further sample a predetermined quantity of an organic material to provide a second sample, heating the second sample containing the quantity of organic material using Loss On Ignition (LOI) to burn off the quantity of organic material, and monitoring the change of weight of the second sample due to the burning off of the organic material.
A method of processing position information indicative of an object position of an audio object, wherein the processing is performed using an MPEG-H 3D Audio decoder, wherein the object position is usable for rendering of the audio object, the method comprising: obtaining (S510) listener orientation information indicative of an orientation of a listener's head; obtaining (S520) listener displacement information indicative of a displacement of the listener's head relative to a nominal listening position, via an MPEG-H 3D Audio decoder input interface; determining (S530) the object position from the position information, wherein the position information comprises an indication of a distance of the audio object from the nominal listening position; modifying (S540) the object position based on the listener displacement information by applying a translation to the object position; and further modifying (S550) the modified object position based on the listener orientation information, wherein when the listener displacement information is indicative of a displacement of the listener's head from the nominal listening position by a small positional displacement, the small positional displacement having an absolute value of 0.5 meter or less than 0.5 meter, a distance between the modified audio object position and a listening position after displacement of the listener's head is kept equal to an original distance between the audio object position and the nominal listening position. obtaining (S510) listener orientation information indicative of an orientation of a listener's head; obtaining (S520) listener displacement information indicative of a displacement of the listener's head relative to a nominal listening position, via an MPEG-H 3D Audio decoder input interface; determining (S530) the object position from the position information, wherein the position information comprises an indication of a distance of the audio object from the nominal listening position; modifying (S540) the object position based on the listener displacement information by applying a translation to the object position; and further modifying (S550) the modified object position based on the listener orientation information, wherein
The monoclonal antibody obtained from the cell line DSM ACC3076.
An air compression device (X1; X2) comprising: a compressor unit ; a housing housing the compressor unit , and having an inflow port for allowing air to flow into inside of the housing ; and a fan device unit having a tubularly formed side surface , an impeller arranged inside the side surface , an inlet port being formed with an opening at one end on the side surface , and an outlet port being formed with an opening at the other end on the side surface , wherein the inlet port sucks air flowing into the housing through the inflow port and sends out the air sucked through the inlet port toward the compressor unit through the outlet port which faces the compressor unit , an inflow guide portion arranged between the inflow port and the inlet port , and extending into an air flow from the inflow port to the inlet port so as to change the direction of the air flow, characterized in that the inflow guide portion (122; 26) is arranged to face the side surface of the fan device unit so as to cause air to be sucked into the inlet port from the side surface . a compressor unit ; a housing housing the compressor unit , and having an inflow port for allowing air to flow into inside of the housing ; and a fan device unit having a tubularly formed side surface , an impeller arranged inside the side surface , an inlet port being formed with an opening at one end on the side surface , and an outlet port being formed with an opening at the other end on the side surface , wherein the inlet port sucks air flowing into the housing through the inflow port and sends out the air sucked through the inlet port toward the compressor unit through the outlet port which faces the compressor unit , an inflow guide portion arranged between the inflow port and the inlet port , and extending into an air flow from the inflow port to the inlet port so as to change the direction of the air flow, characterized in that the inflow guide portion (122; 26) is arranged to face the side surface of the fan device unit so as to cause air to be sucked into the inlet port from the side surface .
A semi-submersible fish-farming system, such as a fish pen , which can be located in at least two different semi-submerged positions, a first position and a second position , by ballasting and de-ballasting, the system comprises a floating collar comprising a ring-shaped or polygonal lower buoyancy member , a ring-shaped or polygonal upper buoyancy member , a plurality of columns connecting the ring shaped or polygonal members together, said system further comprises a net cage suspended from the lower buoyancy member or the colums , said lower buoyancy member is a continuous, closed pontoon encircling the center of the fish pen, said net cage comprises a fish repellent closing net and a fish repellent net roof , said net roof closing off the top of the net cage , and that said upper member being buoyant, said system is further movable towards the first position by moving water out of the lower buoyancy member to bring said lower buoyancy member to the water surface, where the lower buoyant member is floating on the water surface so that the net roof is above the water surface and where the columns and the upper buoyancy member is located above the water surface; and towards the second position , by moving water into the interior of the lower buoyancy member and/or into at least a parts of the columns , where the lower buoyancy member and all the major parts or all the extension of the columns are submerged below the water surface until the water line is at the upper part of the columns or until the upper buoyancy member is floating on the water surface, where the fish repellent net roof is kept at a certain depth to avoid or reducing the exposure to sea lice, jellyfish an algae.
A unit for receiving and treating capsules (C) containing a basic preparation for an ice cream product, characterized in that it comprises: - a housing configured to receive a capsule (C) containing a basic preparation for an ice cream product; - an unloading device adapted to trigger expulsion of the capsule (C) from the housing , the unloading device comprising an impact portion adapted to engage the capsule (C) and a locking portion configured to lock the unloading device to the unit , wherein the housing comprises guides adapted to receive an upper edge portion of the capsule (C), the guides being configured to constrain the capsule (C) to move along an expulsion direction, wherein the housing comprises a movable loading element, the movable loading element being movable between an extracted position for loading the capsule (C) and an insertion position where the capsule (C) is inserted into the housing , the impact portion being elastically deformable. - a housing configured to receive a capsule (C) containing a basic preparation for an ice cream product; - an unloading device adapted to trigger expulsion of the capsule (C) from the housing , the unloading device comprising an impact portion adapted to engage the capsule (C) and a locking portion configured to lock the unloading device to the unit , wherein the housing comprises guides adapted to receive an upper edge portion of the capsule (C), the guides being configured to constrain the capsule (C) to move along an expulsion direction, wherein the housing comprises a movable loading element, the movable loading element being movable between an extracted position for loading the capsule (C) and an insertion position where the capsule (C) is inserted into the housing , the impact portion being elastically deformable.
A syringe , including a body containing a medicament and a case telescopically coupled to the body , wherein a data storage device including data is disposed on the syringe , characterized in that the data includes a temperature of the medicament, wherein a temperature sensor for acquiring the temperature of the medicament is arranged on the syringe , wherein the data furthermore includes a filling date.
A dynamically evacuable and electrically operated device comprising a coherently evacuable region and a temperature-controllable useful region, which is thermally insulated from the ambient temperature by the coherently evacuable region, and also a means for actively maintaining a vacuum, such that the pressure in the coherently evacuable region of the device is constantly within a defined pressure range, said coherently evacuable region making up at least 20% by volume of the total volume which is occupied by a porous and/or cellular insulating material in the device, and said coherently evacuable region comprising at least one organic aerogel and/or organic xerogel, wherein the organic porous material is obtained in a process which comprises the following steps: (a) reaction of at least one polyfunctional isocyanate (a1) and at least one polyfunctional aromatic amine (a2) in a solvent, optionally in the presence of water as component (a3) and optionally in the presence of at least one catalyst (a4); (b) removing the solvent to obtain the aerogel or xerogel, wherein the at least one polyfunctional aromatic amine (a2) has with at least one polyfunctional aromatic amine has a structure of the general formula I where R 1 and R 2 may be the same or different and are each independently selected from hydrogen and linear or branched alkyl groups having from 1 to 6 carbon atoms, and where all substituents Q 1 to Q 5 and Q 1' to Q 5' are the same or different and are each independently selected from hydrogen, a primary amino group and a linear or branched alkyl group having from 1 to 12 carbon atoms, where the alkyl group may bear further functional groups provided that the compound of the general formula I comprises at least two primary amino groups, where at least one of Q 1 , Q 3 and Q 5 is a primary amino group and at least one of Q 1' , Q 3' and Q 5' is a primary amino group, wherein Q 2 , Q 4 , Q 2' and Q 4' are selected such that the compound of the general formula I has at least one linear or branched alkyl group which may bear further functional groups and has from 1 to 12 carbon atoms in the α position to at least one primary amino groups bonded to the aromatic ring.
Electric power-assist device for bicycles, said device comprising: - an electrical machine comprising a rotor, - means for fixing the electrical machine, - a drive pinion driven by the rotor of the electrical machine, and - a supporting structure , - the fixing means being borne by the supporting structure , said device being characterized in that the drive pinion is able to mesh tangentially with a complementary toothing integral to a tyre of a rear wheel of the bicycle, and in that , the fixing means together with the electrical machine form a sub-assembly which can be separated manually from the supporting structure, the supporting structure comprising a framework extending in a substantially horizontal plane and the sub-assembly is carried by the framework and being characterised by a rapid fixing realised in a manner that the sub-assembly can be slid horizontally in the framework and be fixed there via the rapid fixing at the front of the latter, and the rear end of the sub-assembly is blocked in the framework by a fixed stop . - an electrical machine comprising a rotor, - means for fixing the electrical machine, - a drive pinion driven by the rotor of the electrical machine, and - a supporting structure , - the fixing means being borne by the supporting structure , said device being characterized in that the drive pinion is able to mesh tangentially with a complementary toothing integral to a tyre of a rear wheel of the bicycle, and in that , the fixing means together with the electrical machine form a sub-assembly which can be separated manually from the supporting structure, the supporting structure comprising a framework extending in a substantially horizontal plane and the sub-assembly is carried by the framework and being characterised by a rapid fixing realised in a manner that the sub-assembly can be slid horizontally in the framework and be fixed there via the rapid fixing at the front of the latter, and the rear end of the sub-assembly is blocked in the framework by a fixed stop .
A wireless charger, wherein the wireless charger is configured to charge a terminal device , the terminal device comprises a display surface and a rear surface that are opposite to each other, and the wireless charger comprises: a housing , comprising a contact plate used for contact with the rear surface of the terminal device ; a wireless charging module ; a first fan , capable of dissipating heat of the wireless charging module , wherein both the wireless charging module and the first fan are disposed in the housing , and an air intake vent is disposed at a position that is of the housing and that is close to the first fan ; and an airflow guide structure , disposed on a side that is of the housing and that is adjacent to the contact plate , wherein the airflow guide structure extends toward the display surface of the terminal device , the airflow guide structure comprises a flow channel , a first air exhaust vent connected to the flow channel is disposed at a position that is of the airflow guide structure and that is close to the display surface of the terminal device , an air vent connected to space in which the first fan is located is disposed at a position that is of the housing and at which the airflow guide structure is disposed, and the air vent is connected to the flow channel ; wherein the contact plate comprises a metal part and a plastic part , and the wireless charging module is disposed at a position that is in the housing and that is opposite to the plastic part . a housing , comprising a contact plate used for contact with the rear surface of the terminal device ; a wireless charging module ; a first fan , capable of dissipating heat of the wireless charging module , wherein both the wireless charging module and the first fan are disposed in the housing , and an air intake vent is disposed at a position that is of the housing and that is close to the first fan ; and an airflow guide structure , disposed on a side that is of the housing and that is adjacent to the contact plate , wherein the airflow guide structure extends toward the display surface of the terminal device , the airflow guide structure comprises a flow channel , a first air exhaust vent connected to the flow channel is disposed at a position that is of the airflow guide structure and that is close to the display surface of the terminal device , an air vent connected to space in which the first fan is located is disposed at a position that is of the housing and at which the airflow guide structure is disposed, and the air vent is connected to the flow channel ; wherein the contact plate comprises a metal part and a plastic part , and the wireless charging module is disposed at a position that is in the housing and that is opposite to the plastic part .