mhurhangee/patent-ind-claim-en huggingface dataset:
An external speaker assembly, comprising a housing , a speaker unit and a driving circuit ; wherein: the external speaker assembly is configured to be detachably connected to an audio device and thereby form a sealed cavity located between the housing and a rear cover of the audio device and configured to receive the speaker unit and the driving circuit ; the driving circuit is configured to connect to the audio device , and receive an audio signal from the audio device to drive the speaker unit to produce sound; wherein the housing comprises a main body and a cover plate configured to carry the driving circuit , the main body has an opening oriented towards the rear cover of the audio device , and the cover plate is provided on the opening of the housing ; wherein the cover plate covers the opening of the main body , characterized in that : the speaker unit has an opening being away from the rear cover of the audio device and the main body is in shape of a horn.
A microwave pyrolysis reactor comprising an inner pipe element and a housing , wherein - the inner pipe element is made of a microwave transparent material and is arranged within the housing and comprises a first open end and a second open end ; - the housing comprises a first inner surface, enclosing an annular space around the inner pipe element , a waste inlet , a solids outlet , a gas outlet , and a port for a microwave waveguide , the waste inlet and the solids outlet are in communication with the first open end and the second open end of the inner pipe element, respectively, and the port for a microwave waveguide is in communication with the annular space; - the inner pipe element, the waste inlet and the solids outlet of the housing form parts of a conduit not in fluid communication with the annular space around the inner pipe element and wherein the inner pipe element is clamped within the housing, by compressive forces acting in the longitudinal direction of the pipe element, via a cylinder-shaped resilient assembly arranged at at least one of the first open end and the second open end of the inner pipe element, the resilient assembly is adapted to allow longitudinal expansion of the inner pipe element and comprises a central through-going passage having a centerline collinear with a centerline (C) of the inner pipe element, at least one spring element having a first end and a second end , the spring element being compressible in a direction parallel to a centerline (C) of the inner pipe element, and a fluid-tight annular wall. - the inner pipe element is made of a microwave transparent material and is arranged within the housing and comprises a first open end and a second open end ; - the housing comprises a first inner surface, enclosing an annular space around the inner pipe element , a waste inlet , a solids outlet , a gas outlet , and a port for a microwave waveguide , the waste inlet and the solids outlet are in communication with the first open end and the second open end of the inner pipe element, respectively, and the port for a microwave waveguide is in communication with the annular space; - the inner pipe element, the waste inlet and the solids outlet of the housing form parts of a conduit not in fluid communication with the annular space around the inner pipe element and
A method for generating a simulated photographing special effect, comprising: adding a photographing behavior event in response to a user operation for setting a special effect behavior event; determining a prior-photographing image element and a post-photographing image element associated with the photographing behavior event in response to a user operation for setting image elements associated with the photographing behavior event; determining a trigger condition associated with the photographing behavior event in response to a user operation for setting the trigger condition of the photographing behavior event; and storing the prior-photographing image element, the post-photographing image element and the trigger condition associated with the photographing behavior event in association in a special effect configuration file; wherein the special effect configuration file is used in special effect configuration for an original video image in video capturing, so that in the video capturing, a target video image for output of the video capturing is generated based on the original video image and the prior-photographing image element before the trigger condition of the photographing behavior event is met, and the target video image for the output of the video capturing is generated based on a freeze-frame image and the post-photographing image element after the trigger condition of the photographing behavior event is met, wherein the freeze-frame image is an original video image captured at an instant when the trigger condition of the photographing behavior event is met during the video capturing. adding a photographing behavior event in response to a user operation for setting a special effect behavior event; determining a prior-photographing image element and a post-photographing image element associated with the photographing behavior event in response to a user operation for setting image elements associated with the photographing behavior event; determining a trigger condition associated with the photographing behavior event in response to a user operation for setting the trigger condition of the photographing behavior event; and storing the prior-photographing image element, the post-photographing image element and the trigger condition associated with the photographing behavior event in association in a special effect configuration file; wherein the special effect configuration file is used in special effect configuration for an original video image in video capturing, so that in the video capturing, a target video image for output of the video capturing is generated based on the original video image and the prior-photographing image element before the trigger condition of the photographing behavior event is met, and the target video image for the output of the video capturing is generated based on a freeze-frame image and the post-photographing image element after the trigger condition of the photographing behavior event is met, wherein the freeze-frame image is an original video image captured at an instant when the trigger condition of the photographing behavior event is met during the video capturing.
A device, connectable to a customer network, comprising: at least one processor; and a memory comprising program instructions, wherein the program instructions are executable by the at least one processor to implement a gateway process operable to: receive, over the customer network from one or more processes on the customer network , read requests and write requests directed to a local data store on the customer network; pass the read requests and the write requests to the local data store; and send write data indicated by the write requests to a service provider via a network distinct from the customer network to update a snapshot of the local data store maintained on a remote data store by the service provider with the write data. at least one processor; and a memory comprising program instructions, wherein the program instructions are executable by the at least one processor to implement a gateway process operable to: receive, over the customer network from one or more processes on the customer network , read requests and write requests directed to a local data store on the customer network; pass the read requests and the write requests to the local data store; and send write data indicated by the write requests to a service provider via a network distinct from the customer network to update a snapshot of the local data store maintained on a remote data store by the service provider with the write data. receive, over the customer network from one or more processes on the customer network , read requests and write requests directed to a local data store on the customer network; pass the read requests and the write requests to the local data store; and send write data indicated by the write requests to a service provider via a network distinct from the customer network to update a snapshot of the local data store maintained on a remote data store by the service provider with the write data.
A device for fixing a drawer-type element on a rail of a pullout guide , having a retaining part and a clamping mechanism , which comprises a housing having a receptacle , into which the oblong retaining part is insertable to fix it on the housing , whereby at least one movable clamping body , which presses on one side on the retaining part and on the opposing side on a support wall of the housing , which is aligned inclined in relation to the insertion direction of the retaining part , is provided in the receptacle , characterized in that clamping bodies are pre-tensioned via a spring in a clamping position.
An objective for imaging an object field of view of 10° onto an imager provided with more than 100 pixels, a propagating direction being defined for the objective , the objective comprising in order of the propagating direction : - a first lens unit (U1) comprising a plurality of lenses (L1, L2, L3), the first lens unit (U1) having a first focal length (f U1 ) and a first dimension (D U1 ), the first focal length (f U1 ) being positive and the first dimension (D U1 ) being inferior to 15 millimeters, - a bending mirror (M) adapted to bend at a 90° angle, - a liquid lens (LL), and - a second lens unit (U2) comprising a plurality of lenses (L4, L5), the second lens unit (U2) having a second focal length (f U2 ) and a second dimension (D U2 ), the second focal length (f U2 ) being positive, characterized in that the ratio (R1) between the first focal length (f U1 ) and the second focal length (f U2 ) is comprised between 1.0 and 2.0 and the ratio (R2) between the first dimension (D U1 ) and the second dimension (D U2 ) is superior or equal to 2, wherein the first dimension (D U1 ) corresponds to the sum of the thickness of each lens (L1, L2, L3) of the first lens unit (U1) and the distance between the lenses (L1, L2, L3) of the first lens unit (U1), wherein the second dimension (D U2 ) corresponds to the sum of the thickness of each lens (L4, L5) of the second lens unit (U2) and the distance between the lenses (L4, L5) of the second lens unit (U2). - a first lens unit (U1) comprising a plurality of lenses (L1, L2, L3), the first lens unit (U1) having a first focal length (f U1 ) and a first dimension (D U1 ), the first focal length (f U1 ) being positive and the first dimension (D U1 ) being inferior to 15 millimeters, - a bending mirror (M) adapted to bend at a 90° angle, - a liquid lens (LL), and - a second lens unit (U2) comprising a plurality of lenses (L4, L5), the second lens unit (U2) having a second focal length (f U2 ) and a second dimension (D U2 ), the second focal length (f U2 ) being positive, wherein the first dimension (D U1 ) corresponds to the sum of the thickness of each lens (L1, L2, L3) of the first lens unit (U1) and the distance between the lenses (L1, L2, L3) of the first lens unit (U1), wherein the second dimension (D U2 ) corresponds to the sum of the thickness of each lens (L4, L5) of the second lens unit (U2) and the distance between the lenses (L4, L5) of the second lens unit (U2).
A fluid apparatus unit structure (FU) comprising: a base member ; plural fluid apparatus components that are connected via a flow path and grouped together and integrated into the base member , wherein a chemical fluid circulation flow path is formed in the base member , a linked flow path , between adjacent fluid apparatus components , forming part of the chemical fluid circulation flow path , slants downward from an upstream side toward a downstream side in the flow direction, the base member is provided with plural installation surfaces , each of the installation surfaces having a different height and a center position, the installation surfaces being provided for installing the fluid apparatus components , and one of the plural installation surfaces is provided on the downstream side of the chemical fluid circulation flow path and is lower than another of the plural installation surfaces provided on the upstream side of the chemical fluid circulation flow path wherein, in a plan view of the base member , the center positions of the installation surfaces are arranged coaxially on one row and the linked flow path is offset from an axis that joins the axially center positions of the fluid apparatus components. a base member ; plural fluid apparatus components that are connected via a flow path and grouped together and integrated into the base member , wherein a chemical fluid circulation flow path is formed in the base member , a linked flow path , between adjacent fluid apparatus components , forming part of the chemical fluid circulation flow path , slants downward from an upstream side toward a downstream side in the flow direction, the base member is provided with plural installation surfaces , each of the installation surfaces having a different height and a center position, the installation surfaces being provided for installing the fluid apparatus components , and one of the plural installation surfaces is provided on the downstream side of the chemical fluid circulation flow path and is lower than another of the plural installation surfaces provided on the upstream side of the chemical fluid circulation flow path wherein, in a plan view of the base member , the center positions of the installation surfaces are arranged coaxially on one row and the linked flow path is offset from an axis that joins the axially center positions of the fluid apparatus components.
A method of performing an optic probe test, comprising: positioning a reconfigurable optic probe at a target probe location within a cell of a device under test, the cell including a target net to be measured and a plurality of non-target nets; applying a test pattern to the cell with the reconfigurable optic probe at the target probe location and obtaining a laser probe (LP) waveform in response; and extracting a target net waveform from the LP waveform, characterised by : (i) configuring the reconfigurable optic probe to produce a ring-shaped beam having a relatively low-intensity region central to the ring-shaped beam; (ii) re-applying the test pattern to the cell at the target probe location with the relatively low-intensity region applied to the target net and obtaining a cross-talk LP waveform in response; (iii) normalizing the cross-talk LP waveform ; and (iv) determining a target net waveform by subtracting the normalized cross-talk LP waveform from the LP waveform. positioning a reconfigurable optic probe at a target probe location within a cell of a device under test, the cell including a target net to be measured and a plurality of non-target nets; applying a test pattern to the cell with the reconfigurable optic probe at the target probe location and obtaining a laser probe (LP) waveform in response; and extracting a target net waveform from the LP waveform, characterised by : (i) configuring the reconfigurable optic probe to produce a ring-shaped beam having a relatively low-intensity region central to the ring-shaped beam; (ii) re-applying the test pattern to the cell at the target probe location with the relatively low-intensity region applied to the target net and obtaining a cross-talk LP waveform in response; (iii) normalizing the cross-talk LP waveform ; and (iv) determining a target net waveform by subtracting the normalized cross-talk LP waveform from the LP waveform. (i) configuring the reconfigurable optic probe to produce a ring-shaped beam having a relatively low-intensity region central to the ring-shaped beam; (ii) re-applying the test pattern to the cell at the target probe location with the relatively low-intensity region applied to the target net and obtaining a cross-talk LP waveform in response; (iii) normalizing the cross-talk LP waveform ; and (iv) determining a target net waveform by subtracting the normalized cross-talk LP waveform from the LP waveform.
- Tyre for a vehicle of heavy duty type, having a radial carcass reinforcement comprising a crown reinforcement formed of at least two working crown layers each comprising metal reinforcing elements inserted between two calendering layers of elastomer compound comprising a reinforcing filler consisting of at least carbon black, the crown reinforcement being capped radially by a tread , said tread being connected to two beads via two sidewalls, the crown reinforcement comprising at least one layer of circumferential reinforcing elements , the reinforcing elements of the working crown layers being metal cords having a diameter of less than 1.3 mm, at least one thread of each metal cord of at least one working crown layer is of at least UHT grade, a "thread of at least UHT grade" being a thread exhibiting a mechanical breaking strength R expressed in MPa such that R ≥ 4180 - 2130xD, D being the diameter of the thread expressed in mm, the measure of the mechanical breaking strength R being performed under tension in accordance with standard ISO 6892 of 1984, the tensile elastic modulus at 10% elongation of at least the radially outermost calendering layer of at least the radially outermost working crown layer being less than 8.5 MPa characterized in that at least said radially outermost calendering layer of at least the radially outermost working crown layer has a macrodispersion Z value of greater than 85, the macrodispersion Z value being measured, after crosslinking, according to the method described by S. Otto et al. in Kautschuk Gummi Kunststoffe, 58 Jahrgang, NR 7-8/2005, in accordance with standard ISO 11345.
A production method of a ceramic matrix composite, comprising: forming a ceramic compact including one or more of a reinforcement fiber and a powder, each including SiC; attaching an ingot of a ternary or more multicomponent Si alloy including Y onto the ceramic compact; and infiltrating the alloy into the ceramic compact by heating up to a temperature at which the alloy melts. forming a ceramic compact including one or more of a reinforcement fiber and a powder, each including SiC; attaching an ingot of a ternary or more multicomponent Si alloy including Y onto the ceramic compact; and infiltrating the alloy into the ceramic compact by heating up to a temperature at which the alloy melts.
A method for acquiring a Precoding Matrix Indicator, PMI, comprising: acquiring, by a data receiving end, a reference PMI n and a differential PMI k according to a non-differential codebook and a diagonal differential codebook; and sending, by the data receiving end, the reference PMI and the differential PMI to a data sending end; wherein the combination of the reference PMI n and the differential PMI k indicates a precoding matrix V̂ which fulfils V̂ = C k W n , the codeword C k included in the diagonal differential codebook is corresponding to the differential PMI k and is a diagonal matrix, and the codeword W n included in the non-differential codebook is corresponding to reference PMI n and is a unitary matrix; the codeword W n has the following structure: W n r = R i n B N , j n r , wherein r represents a rank, i n represents an index of a diagonal matrix R i n corresponding to n, R i n represents a N th order diagonal matrix corresponding to i n , B n , j k r represents a codeword having a rank of r for n transmitting antennas and corresponding to an index j n , and j n corresponds to n. acquiring, by a data receiving end, a reference PMI n and a differential PMI k according to a non-differential codebook and a diagonal differential codebook; and sending, by the data receiving end, the reference PMI and the differential PMI to a data sending end; wherein the combination of the reference PMI n and the differential PMI k indicates a precoding matrix V̂ which fulfils V̂ = C k W n , the codeword C k included in the diagonal differential codebook is corresponding to the differential PMI k and is a diagonal matrix, and the codeword W n included in the non-differential codebook is corresponding to reference PMI n and is a unitary matrix; the codeword W n has the following structure: W n r = R i n B N , j n r , wherein r represents a rank, i n represents an index of a diagonal matrix R i n corresponding to n, R i n represents a N th order diagonal matrix corresponding to i n , B n , j k r represents a codeword having a rank of r for n transmitting antennas and corresponding to an index j n , and j n corresponds to n.
A method for the identification of a compound which is useful as a medicament for the treatment of cancer, the method comprising the steps of: (a) Providing a candidate compound, (b) Providing a protein complex comprising PFKFB4 and FBXO28, or fragments or derivatives thereof, wherein PFKFB4 and FBXO28, or the fragments or derivatives thereof, are in direct protein-to-protein interaction with each other (such as binding each other), (c) Contacting said candidate compound with the protein complex comprising PFKFB4 and FBXO28, or fragments or derivatives thereof, and (d) Determining whether contacting in (c) results in a change of protein-protein interaction between PFKFB4 and FBXO28, or the fragments or derivatives thereof, optionally by comparison to a control, wherein in the event of a reduction of protein-protein interaction between PFKFB4 and FBXO28, or the fragments or derivatives thereof, as determined in step (d), the candidate compound is useful as a medicament for the treatment of cancer. (a) Providing a candidate compound, (b) Providing a protein complex comprising PFKFB4 and FBXO28, or fragments or derivatives thereof, wherein PFKFB4 and FBXO28, or the fragments or derivatives thereof, are in direct protein-to-protein interaction with each other (such as binding each other), (c) Contacting said candidate compound with the protein complex comprising PFKFB4 and FBXO28, or fragments or derivatives thereof, and (d) Determining whether contacting in (c) results in a change of protein-protein interaction between PFKFB4 and FBXO28, or the fragments or derivatives thereof, optionally by comparison to a control,
A two-component polyurethane adhesive composition comprising a polyol component and an isocyanate component, wherein the polyol component comprises at least one polyester polyol obtained from a reaction mixture comprising, based on the total weight of the reaction mixture, from 1 to 25% by weight of at least one cycloaliphatic polyol, from 1 to 40% by weight of at least one heterocyclic polyol, from 1 to 40% by weight of at least one linear or branched aliphatic polyol, and from 30 to 70% by weight of at least one polyfunctional carboxylic acid, and the isocyanate component comprises at least one methoxysilane functionalized isocyanate compound having no epoxide group. the polyol component comprises at least one polyester polyol obtained from a reaction mixture comprising, based on the total weight of the reaction mixture, from 1 to 25% by weight of at least one cycloaliphatic polyol, from 1 to 40% by weight of at least one heterocyclic polyol, from 1 to 40% by weight of at least one linear or branched aliphatic polyol, and from 30 to 70% by weight of at least one polyfunctional carboxylic acid, and the isocyanate component comprises at least one methoxysilane functionalized isocyanate compound having no epoxide group.