mhurhangee/patent-ind-claim-en huggingface dataset:
A depot suitable for parenteral administration and sustained-release drug delivery, said depot comprising a composite body formed of particles having at least one encapsulated active pharmaceutical ingredient characterised in that • the depot comprises 50 to 95 wt % of said particles, • the particles comprise 0.1 to 80 wt % of encapsulated active pharmaceutical ingredient, • the active pharmaceutical ingredient is a non-steroidal anti-inflammatory drug, and • the composite is a silica hydrogel comprising silica particles. • the depot comprises 50 to 95 wt % of said particles, • the particles comprise 0.1 to 80 wt % of encapsulated active pharmaceutical ingredient, • the active pharmaceutical ingredient is a non-steroidal anti-inflammatory drug, and • the composite is a silica hydrogel comprising silica particles.
Circuit board with a plug connector terminal (1.0) for direct contacting to a plug connector , wherein the plug connector terminal (1.0) is implemented on the front side (V) of the circuit board with - a contact pin (1.2), centrally arranged within a blind bore (1.1) and thereby forming a circularly cylindrical insertion space (1.10), which comprises an inner bore (1.20), having a first contact zone (1.30) of an inner conductor (1.3) for the contacting of an inner conductor (12.0) of the plug connector , and - a second contact zone (1.40) of an outer conductor (1.4), arranged in the insertion space (1.10), for the contacting of an outer conductor (11.0) of the plug connector . - a contact pin (1.2), centrally arranged within a blind bore (1.1) and thereby forming a circularly cylindrical insertion space (1.10), which comprises an inner bore (1.20), having a first contact zone (1.30) of an inner conductor (1.3) for the contacting of an inner conductor (12.0) of the plug connector , and - a second contact zone (1.40) of an outer conductor (1.4), arranged in the insertion space (1.10), for the contacting of an outer conductor (11.0) of the plug connector .
An enzyme electrode , comprising: an electrode ; and a detection layer , wherein: the detection layer includes an enzyme , conductive particles , and a non-conductive polymer; the non-conductive polymer is linked to i) at least a portion of the enzyme by a linking chain containing nitrogen or oxygen and ii) at least a portion of the conductive particles by a linking chain containing nitrogen or oxygen, wherein the linking chain is an amide ester bond, the non-conductive polymer contains an oxazoline group , the amide ester bond is derived from said oxazoline group and the conductive particles are carbon fine particles. an electrode ; and a detection layer , wherein: the detection layer includes an enzyme , conductive particles , and a non-conductive polymer; the non-conductive polymer is linked to i) at least a portion of the enzyme by a linking chain containing nitrogen or oxygen and ii) at least a portion of the conductive particles by a linking chain containing nitrogen or oxygen, wherein the linking chain is an amide ester bond, the non-conductive polymer contains an oxazoline group , the amide ester bond is derived from said oxazoline group and the conductive particles are carbon fine particles. the detection layer includes an enzyme , conductive particles , and a non-conductive polymer; the non-conductive polymer is linked to i) at least a portion of the enzyme by a linking chain containing nitrogen or oxygen and ii) at least a portion of the conductive particles by a linking chain containing nitrogen or oxygen, wherein the linking chain is an amide ester bond, the non-conductive polymer contains an oxazoline group , the amide ester bond is derived from said oxazoline group and the conductive particles are carbon fine particles.
A washing machine comprising: a cabinet ; a tub installed inside the cabinet; a drum rotatably installed inside the tub; a condenser duct configured to condense moisture in air introduced from the inside the drum , and a drying duct configured to heat the air introduced from the condenser duct and supply the heated air to the inside the drum , characterized by a condensation water storage unit formed at a circumference of the condenser duct to store condensation water that is used to condense the moisture in the air moving inside the condenser duct, wherein the condensation water storage unit is formed at an outer side of the circumference of the condenser duct while forming a storage space to store condensation water in cooperation with an outer circumferential surface of the condenser duct. a cabinet ; a tub installed inside the cabinet; a drum rotatably installed inside the tub; a condenser duct configured to condense moisture in air introduced from the inside the drum , and a drying duct configured to heat the air introduced from the condenser duct and supply the heated air to the inside the drum , characterized by a condensation water storage unit formed at a circumference of the condenser duct to store condensation water that is used to condense the moisture in the air moving inside the condenser duct, wherein the condensation water storage unit is formed at an outer side of the circumference of the condenser duct while forming a storage space to store condensation water in cooperation with an outer circumferential surface of the condenser duct.
A device for detecting a temperature increase in an EC motor , comprising an oscillator circuit with at least one coil (L) and one device for measuring the resonant frequency ω of the oscillator circuit , wherein the device is designed to be connected to the terminals of the EC motor and the coil (L) of the oscillator circuit is made of a shape memory material with at least two different temperature-dependent stable states (Z1, Z2), and wherein, when the temperature falls below or exceeds a specific value, the coil (L) changes from one stable state to the other, thereby altering the resonant frequency ω of the oscillator circuit .
A drinking vessel having • a drinking container with an interior , • a drinking attachment with a bottom wall and a drinking element which protrudes upward from the bottom wall and having at least one drinking opening on the outer end which is connected to the interior via a passage channel extended through the drinking element , • holding devices for releasably holding the drinking attachment on the drinking container , • a drinking valve arranged in the passage channel which closes when ambient pressure is present at the drinking opening and opens when negative suction pressure is present at the drinking opening , wherein • the drinking valve comprises a tube that is open at the top and closed on the bottom which has in one wall at least one flow-through opening with an outer rim which connects the inside of the tube to the outside of the tube , characterized in that • the wall of the tube is configured as a soft elastic diaphragm at least in the region of the flow-through opening, and • in the event of ambient pressure on the drinking opening the tube abuts with the outer rim of the flow-through opening so as to form a seal on the wall of the passage channel and the diaphragm in the event of the presence of a negative suction pressure at the drinking opening bulges inward, so that the outer rim of the flow-through opening moves away from the wall of the passage channel . • a drinking container with an interior , • a drinking attachment with a bottom wall and a drinking element which protrudes upward from the bottom wall and having at least one drinking opening on the outer end which is connected to the interior via a passage channel extended through the drinking element , • holding devices for releasably holding the drinking attachment on the drinking container , • a drinking valve arranged in the passage channel which closes when ambient pressure is present at the drinking opening and opens when negative suction pressure is present at the drinking opening , wherein • the drinking valve comprises a tube that is open at the top and closed on the bottom which has in one wall at least one flow-through opening with an outer rim which connects the inside of the tube to the outside of the tube , characterized in that • the wall of the tube is configured as a soft elastic diaphragm at least in the region of the flow-through opening, and • in the event of ambient pressure on the drinking opening the tube abuts with the outer rim of the flow-through opening so as to form a seal on the wall of the passage channel and the diaphragm in the event of the presence of a negative suction pressure at the drinking opening bulges inward, so that the outer rim of the flow-through opening moves away from the wall of the passage channel .
A dental implant assembly comprising: a. a healing component removably attachable to a coronal end of a dental implant , b. an impression component removably attachable to the healing component by a press-fit feature between the impression component and the healing component , wherein the healing component has an internal bore for receiving at least part of the impression component therein, the internal bore having an axial locator providing an endstop for relative axial movement between said healing component and said impression component , wherein the assembly further comprises a rotational locator limiting rotational movement between said impression component and said healing component , the rotational locator comprising a formation on an outer surface of the impression component and a formation on an inner surface of said bore such that neither the impression component nor the healing component has rotational symmetry, and whereby a digital impression recording positional information about the dental implant can be taken without having to remove the healing component from the implant. a. a healing component removably attachable to a coronal end of a dental implant , b. an impression component removably attachable to the healing component by a press-fit feature between the impression component and the healing component , wherein the healing component has an internal bore for receiving at least part of the impression component therein, the internal bore having an axial locator providing an endstop for relative axial movement between said healing component and said impression component , wherein the assembly further comprises a rotational locator limiting rotational movement between said impression component and said healing component , the rotational locator comprising a formation on an outer surface of the impression component and a formation on an inner surface of said bore such that neither the impression component nor the healing component has rotational symmetry, and whereby a digital impression recording positional information about the dental implant can be taken without having to remove the healing component from the implant.
A solid composition which comprises: (a) 50-95 wt.-% of a percarbonate-based compound; (b) a chelation system comprised of at least one compound selected from carboxylic acids having a protic group selected from -OH and -NH 2 , tartaric acid, citric acid, aspartic acid, malic acid, fumaric acid, adipic acid, and anhydrides thereof; (c) a binder system, wherein the binder system is comprised of at least one polyol and a second binder component which is a copolymer of vinyl pyrrolidone and vinyl acetate; and (d) a flame retardant which is a combination of sodium sulfate and magnesium sulfate; and is free from boric acid and contains < 5 wt.-% of a surfactant. (a) 50-95 wt.-% of a percarbonate-based compound; (b) a chelation system comprised of at least one compound selected from carboxylic acids having a protic group selected from -OH and -NH 2 , tartaric acid, citric acid, aspartic acid, malic acid, fumaric acid, adipic acid, and anhydrides thereof; (c) a binder system, wherein the binder system is comprised of at least one polyol and a second binder component which is a copolymer of vinyl pyrrolidone and vinyl acetate; and (d) a flame retardant which is a combination of sodium sulfate and magnesium sulfate;
A system, comprising: a signal generator configured for generating a pulse waveform; and an ablation device coupled to the signal generator the ablation device including: a catheter shaft ; a set of spines coupled to the distal end of the catheter shaft; and a set of independently addressable electrodes formed on a surface of each of the spines, each electrode of the set of electrodes having an insulated electrical lead associated therewith, the insulated electrical leads disposed in a body of each of the set of spines, the insulated electrical leads having an insulation configured to sustain an electrical potential difference of at least about 700 V across its thickness without dielectric breakdown such that the set of electrodes can receive the pulse waveform and deliver electrical energy to ablate tissue through irreversible electroporation, the set of spines deployable to form an asymmetric expanded structure in which a subset of the set of electrodes lies in a distal end plane that is orthogonal to a longitudinal axis of the catheter shaft and passes through a distal boundary of the expanded structure. a signal generator configured for generating a pulse waveform; and an ablation device coupled to the signal generator the ablation device including: a catheter shaft ; a set of spines coupled to the distal end of the catheter shaft; and a set of independently addressable electrodes formed on a surface of each of the spines, a catheter shaft ; a set of spines coupled to the distal end of the catheter shaft; and a set of independently addressable electrodes formed on a surface of each of the spines, each electrode of the set of electrodes having an insulated electrical lead associated therewith, the insulated electrical leads disposed in a body of each of the set of spines, the insulated electrical leads having an insulation configured to sustain an electrical potential difference of at least about 700 V across its thickness without dielectric breakdown such that the set of electrodes can receive the pulse waveform and deliver electrical energy to ablate tissue through irreversible electroporation, the set of spines deployable to form an asymmetric expanded structure in which a subset of the set of electrodes lies in a distal end plane that is orthogonal to a longitudinal axis of the catheter shaft and passes through a distal boundary of the expanded structure.
A device, comprising: a detector; and a multi-functional radiation identifying and processing application specific integrated circuit connected to said detector, said detector comprising a plurality of individual imaging cells , each said imaging cell generating a charge in response to incident radiation events and outputting the generated charge at an imaging cell output, said application specific integrated circuit comprising pixel cell circuits each connected respectively to a corresponding one of said imaging cell outputs, each said pixel cell circuit receiving and processing the generated charge received from said corresponding one imaging cell output, each said pixel cell circuit comprising a preamplifier for generating one of a voltage amplitude and a current amplitude in response to the received charge, and a counter , characterized by each pixel cell circuit further comprising a mode logic operatively connected to said preamplifier and said counter , configured for setting said counter to perform, selectively, at least two of a) photon counting, b) analog to digital conversion of the one of the voltage amplitude and the current amplitude, and c) timing measurement of incident radiation events. a detector; and a multi-functional radiation identifying and processing application specific integrated circuit connected to said detector, said detector comprising a plurality of individual imaging cells , each said imaging cell generating a charge in response to incident radiation events and outputting the generated charge at an imaging cell output, said application specific integrated circuit comprising pixel cell circuits each connected respectively to a corresponding one of said imaging cell outputs, each said pixel cell circuit receiving and processing the generated charge received from said corresponding one imaging cell output, each said pixel cell circuit comprising a preamplifier for generating one of a voltage amplitude and a current amplitude in response to the received charge, and a counter , pixel cell circuits each connected respectively to a corresponding one of said imaging cell outputs, each said pixel cell circuit receiving and processing the generated charge received from said corresponding one imaging cell output, each said pixel cell circuit comprising a preamplifier for generating one of a voltage amplitude and a current amplitude in response to the received charge, and a counter , characterized by each pixel cell circuit further comprising a mode logic operatively connected to said preamplifier and said counter , configured for setting said counter to perform, selectively, at least two of a) photon counting, b) analog to digital conversion of the one of the voltage amplitude and the current amplitude, and c) timing measurement of incident radiation events.
Blade holder for a road maintenance plough for attaching a blade to the plough's moldboard , which blade holder comprises an elastically deforming material part ; an attachment part for the attachment of the blade holder to the plough's moldboard and a blade attachment part for attachment of the blade to the blade holder , the blade holder comprising a connection plate placed inside the elastically deforming material part and the blade attachment part comprising an attachment plate for the blade , characterised in that the elastically deforming material part comprises one or more empty gaps so that the blade holder can operate as a four bar linkage formed by an upper moving joint , a lower moving joint , a front moving joint and a rear moving joint , and in that the elastically deforming material part has notches with suitable radius of curvature for helping in permitting a natural movement of articulation of the elastically deforming material part as a four bar linkage.
A reception apparatus for receiving a digital broadcast signal, said digital broadcast signal carrying at least one logical data stream, said logical data stream corresponding to a Physical Layer Pipe, being divided into a plurality of data slices and comprising a sequence of baseband, BB, frames, each BB frame comprising a BB header and data, each BB header comprising an Input Stream Synchronisation, ISSY, field, and an error code, CRC, said ISSY field comprising a Input Stream Clock Reference, ISCR, time stamp, said BB frames being distributed onto said plurality of data slices on the basis of said ISCR time stamp, the ISSY and the ISCR being configured according to the digital video broadcasting-cable second generation, DVB-C2, standard, the reception apparatus comprising: a plurality of reception units (212-1, 212-2, ..., 212-N) configured to receive said plurality of data slices; a plurality of data slice processing units (213-1, 213-2, ..., 213-N) configured to extract said BB frames from said plurality of data slices, so as to output selectable BB frames, a selection unit configured to select the next BB frame from the selectable BB frames, a processing unit configured to rearrange the sequence of BB frames on the basis of the order in which they are supplied from said selection unit , so as to reconstruct the original logical data stream from the plurality of the data slices. wherein said selection unit selects the next BB frame from the selectable BB frames on the basis of said ISCR time stamp, and wherein, if the ISCR time stamp of a BB frame is erroneous, said selection unit selects the next BB frame from the selectable BB frames on the basis of an expected value found by an estimation unit configured to determine said expected value from the previously selected BB frame. a plurality of reception units (212-1, 212-2, ..., 212-N) configured to receive said plurality of data slices; a plurality of data slice processing units (213-1, 213-2, ..., 213-N) configured to extract said BB frames from said plurality of data slices, so as to output selectable BB frames, a selection unit configured to select the next BB frame from the selectable BB frames, a processing unit configured to rearrange the sequence of BB frames on the basis of the order in which they are supplied from said selection unit , so as to reconstruct the original logical data stream from the plurality of the data slices. wherein said selection unit selects the next BB frame from the selectable BB frames on the basis of said ISCR time stamp, and wherein, if the ISCR time stamp of a BB frame is erroneous, said selection unit selects the next BB frame from the selectable BB frames on the basis of an expected value found by an estimation unit configured to determine said expected value from the previously selected BB frame.
A first apparatus comprising a processor , a memory , and communication circuitry , the first apparatus being capable of connecting to a communications network via its communication circuitry, the first apparatus further comprising computer-executable instructions stored in the memory of the first apparatus which, when executed by the processor of the first apparatus, cause the first apparatus to: detect, from a second apparatus , one or more swept downlink beams, wherein each swept downlink beam comprises one or more synchronization signal blocks; make a measurement of a signal contained within the one or more synchronization signal blocks of each detected swept downlink beam; decode a message contained within the one or more synchronization signal blocks of each detected swept downlink beam; select, based on the measurements, a first synchronization signal block from the one or more synchronization signal blocks of each detected swept downlink beam; receive, from the second apparatus, a paging configuration, the paging configuration indicating a paging occasion comprising a set of paging blocks, wherein there is an association between the set of paging blocks and the one or more synchronization signal blocks of each detected swept downlink beam, the association being indicated to the first apparatus via system information; monitor, based on the paging configuration, for paging indication transmitted as a paging downlink control information in a first paging block associated with the first synchronization signal block, wherein a control resource set for the paging downlink control information is quasi co-located with the first synchronization signal block; and receive, based on the paging indication, a paging message. detect, from a second apparatus , one or more swept downlink beams, wherein each swept downlink beam comprises one or more synchronization signal blocks; make a measurement of a signal contained within the one or more synchronization signal blocks of each detected swept downlink beam; decode a message contained within the one or more synchronization signal blocks of each detected swept downlink beam; select, based on the measurements, a first synchronization signal block from the one or more synchronization signal blocks of each detected swept downlink beam; receive, from the second apparatus, a paging configuration, the paging configuration indicating a paging occasion comprising a set of paging blocks, wherein there is an association between the set of paging blocks and the one or more synchronization signal blocks of each detected swept downlink beam, the association being indicated to the first apparatus via system information; monitor, based on the paging configuration, for paging indication transmitted as a paging downlink control information in a first paging block associated with the first synchronization signal block, wherein a control resource set for the paging downlink control information is quasi co-located with the first synchronization signal block; and receive, based on the paging indication, a paging message.