mhurhangee/patent-ind-claim-en huggingface dataset:
A base plate for an ostomy appliance , the base plate comprising: - a first adhesive layer with a proximal side configured for attachment of the base plate to the skin surface of a user, the first adhesive layer having a stomal opening with a center point; and - a plurality of electrodes arranged between the first adhesive layer and a top layer, characterised in that the plurality of electrodes includes a ground electrode , a first electrode , and a second electrode , the ground electrode comprising a ground connection part , a first electrode part , and a second electrode part , the first electrode comprising a first connection part , and the second electrode comprising a second connection part , wherein the first electrode part forms a ground for the first electrode to form a first sensor and wherein the second electrode part forms a ground for the second electrode to form a second sensor; and wherein the first electrode part is arranged at a first electrode part radial distance from the center point and the second electrode part is arranged at a second electrode part radial distance from the center point, the second electrode part radial distance being larger than the first electrode part radial distance. - a first adhesive layer with a proximal side configured for attachment of the base plate to the skin surface of a user, the first adhesive layer having a stomal opening with a center point; and - a plurality of electrodes arranged between the first adhesive layer and a top layer, characterised in that the plurality of electrodes includes a ground electrode , a first electrode , and a second electrode , the ground electrode comprising a ground connection part , a first electrode part , and a second electrode part , the first electrode comprising a first connection part , and the second electrode comprising a second connection part , wherein the first electrode part forms a ground for the first electrode to form a first sensor and wherein the second electrode part forms a ground for the second electrode to form a second sensor; and wherein the first electrode part is arranged at a first electrode part radial distance from the center point and the second electrode part is arranged at a second electrode part radial distance from the center point, the second electrode part radial distance being larger than the first electrode part radial distance.
A splicing device for replacing video frames in a transport stream, the splicing device comprising: a processor; and a memory storing instructions that, when executed by the processor, causes the splicing device to: receive the transport stream comprising frames of a first program stream and frames of a second program stream, and replace at least one of the frames of the second program stream with a corresponding number of frames of a replacement program stored in a storage encoded into a plurality of versions at different bit rates, wherein, for each frame of the second program to be replaced, a frame from one of the plurality of versions is selected to comply with a maximum bandwidth imposed on the transport stream in order to construct an output transport stream including the replacement program. a processor; and a memory storing instructions that, when executed by the processor, causes the splicing device to: receive the transport stream comprising frames of a first program stream and frames of a second program stream, and replace at least one of the frames of the second program stream with a corresponding number of frames of a replacement program stored in a storage encoded into a plurality of versions at different bit rates, wherein, for each frame of the second program to be replaced, a frame from one of the plurality of versions is selected to comply with a maximum bandwidth imposed on the transport stream in order to construct an output transport stream including the replacement program. receive the transport stream comprising frames of a first program stream and frames of a second program stream, and replace at least one of the frames of the second program stream with a corresponding number of frames of a replacement program stored in a storage encoded into a plurality of versions at different bit rates, wherein, for each frame of the second program to be replaced, a frame from one of the plurality of versions is selected to comply with a maximum bandwidth imposed on the transport stream in order to construct an output transport stream including the replacement program.
A control unit , used for controlling adjustment of an antenna array of a transceiver , wherein the antenna array comprises multiple antenna sub-arrays for beamforming, wherein the adjustment is performed for each sub-array or on sub-array level wherein all antenna elements within one sub-array are configured together; wherein the control unit is configured to: receive a latency related measurement value, wherein the latency related measurement value comprises at least one of a capability parameter, latency requirement, and measurements of channel capacity; determine an antenna configuration parameter for the transceiver , and either, when the received latency related measurement value exceeds a threshold level, select a switching based adjustment based on a configuration mode , or, when the received latency related measurement value is below the threshold level, select the antenna configuration parameter for a motorised electromechanical adjustment. receive a latency related measurement value, wherein the latency related measurement value comprises at least one of a capability parameter, latency requirement, and measurements of channel capacity; determine an antenna configuration parameter for the transceiver , and either, when the received latency related measurement value exceeds a threshold level, select a switching based adjustment based on a configuration mode , or, when the received latency related measurement value is below the threshold level, select the antenna configuration parameter for a motorised electromechanical adjustment. either, when the received latency related measurement value exceeds a threshold level, select a switching based adjustment based on a configuration mode , or, when the received latency related measurement value is below the threshold level, select the antenna configuration parameter for a motorised electromechanical adjustment.
Electrical connector for a multi-core electric cable, having - at least two electrical contact elements on the cable side with related connection points , is to be connected to the one lead of the electric cable respectively, and - at least two electrical contact elements on the output side, from which, an electrical plug element protrudes, via which an electrical connection can be established with a mating plug, wherein a support body is arranged between the contact elements on the cable side and the contact elements on the output side, which carries a electrical component , via which the at least two contact elements on the cable side and the at least two contact elements on the output side (31, 32; 71, 72) are electrically connected to one another, characterized in that the support body is spaced away from the contact elements on the cable side and the contact elements on the output side respectively and that the electrical component is electrically connected to the contact elements on the cable side on the one hand and, on the other, electrically connected to the contact elements on the output side via bond wires . - at least two electrical contact elements on the cable side with related connection points , is to be connected to the one lead of the electric cable respectively, and - at least two electrical contact elements on the output side, from which, an electrical plug element protrudes, via which an electrical connection can be established with a mating plug, wherein a support body is arranged between the contact elements on the cable side and the contact elements on the output side, which carries a electrical component , via which the at least two contact elements on the cable side and the at least two contact elements on the output side (31, 32; 71, 72) are electrically connected to one another,
A decellularized or synthetic tissue matrix comprising human placental stem cells that are (a) SSEA3 - , SSEA4 - , OCT-4 + and ABC-p + ; or (b) CD10 + , CD29 + , CD34 - , CD44 + , CD45 - , CD54 + , CD90 + , SH2 + , SH3 + , SH4 + , SSEA3 - , SSEA4 - , OCT-4 + , and ABC-p + . (a) SSEA3 - , SSEA4 - , OCT-4 + and ABC-p + ; or (b) CD10 + , CD29 + , CD34 - , CD44 + , CD45 - , CD54 + , CD90 + , SH2 + , SH3 + , SH4 + , SSEA3 - , SSEA4 - , OCT-4 + , and ABC-p + .
An energy bank including a heat exchanger, the energy bank comprising an enclosure , and within the enclosure : an input-side circuit of the heat exchanger for connection to an energy source ; an output-side circuit of the heat exchanger for connection to an energy sink ; a phase-change material for the storage of energy; an optical source to launch light into the phase change material, wherein the optical source is controllable to produce light of different colours; one or more sensors to provide measurement data indicative of the amount of energy stored as latent heat in the phase change material, wherein the one or more sensors includes an optical sensing arrangement to detect light launched from the optical source after the light has passed through the phase change material, wherein the optical source and the optical sensing arrangement is configured to give a graduated measure of a plurality of different energy storage states from empty to full, wherein the optical sensing arrangement is configured to detect at least some of different colours and the optical arrangement is configured to detect at least some of different colours; and a processor operatively connected to the one or more sensors and configured to determine a status of the phase-change material based on data from the optical sensing arrangement. an input-side circuit of the heat exchanger for connection to an energy source ; an output-side circuit of the heat exchanger for connection to an energy sink ; a phase-change material for the storage of energy; an optical source to launch light into the phase change material, wherein the optical source is controllable to produce light of different colours; one or more sensors to provide measurement data indicative of the amount of energy stored as latent heat in the phase change material, wherein the one or more sensors includes an optical sensing arrangement to detect light launched from the optical source after the light has passed through the phase change material, wherein the optical source and the optical sensing arrangement is configured to give a graduated measure of a plurality of different energy storage states from empty to full, wherein the optical sensing arrangement is configured to detect at least some of different colours and the optical arrangement is configured to detect at least some of different colours; and a processor operatively connected to the one or more sensors and configured to determine a status of the phase-change material based on data from the optical sensing arrangement.
A printer comprising: a platen having an ink-collection slot positioned in a print zone and extending at least partially across a width thereof; a wick bar fixed within the ink-collection slot , wherein an upstream gap and a downstream gap are defined at either side of the wick bar relative to a media feed direction; a printhead positioned at least partially over the wick bar and spaced apart from the wick bar ; and a vacuum chamber in fluid communication with the ink-collection slot , wherein the wick bar has a wick surface sloped upwards from the upstream gap towards the downstream gap relative to a platen surface. a platen having an ink-collection slot positioned in a print zone and extending at least partially across a width thereof; a wick bar fixed within the ink-collection slot , wherein an upstream gap and a downstream gap are defined at either side of the wick bar relative to a media feed direction; a printhead positioned at least partially over the wick bar and spaced apart from the wick bar ; and a vacuum chamber in fluid communication with the ink-collection slot , wherein the wick bar has a wick surface sloped upwards from the upstream gap towards the downstream gap relative to a platen surface.
A light-emitting module , comprising: a light-emitting structure comprising a substrate , a plurality of light-emitting elements , a circuit board , a solder pad , and a first positioning mark, wherein the plurality of light-emitting elements and the circuit board are disposed on the substrate , and at least one of the plurality of light-emitting elements is electrically connected to the circuit board via the solder pad ; and a carrying substrate comprising a second positioning mark , wherein the light-emitting structure is fixed on the carrying substrate along a direction (Z), and the first positioning mark and the second positioning mark overlap in the direction; wherein the at least one of the plurality of light-emitting elements covers a portion of the solder pad and exposes another portion of the solder pad , and the first positioning mark comprises the exposed another portion of the solder pad . a light-emitting structure comprising a substrate , a plurality of light-emitting elements , a circuit board , a solder pad , and a first positioning mark, wherein the plurality of light-emitting elements and the circuit board are disposed on the substrate , and at least one of the plurality of light-emitting elements is electrically connected to the circuit board via the solder pad ; and a carrying substrate comprising a second positioning mark , wherein the light-emitting structure is fixed on the carrying substrate along a direction (Z), and the first positioning mark and the second positioning mark overlap in the direction; wherein the at least one of the plurality of light-emitting elements covers a portion of the solder pad and exposes another portion of the solder pad , and the first positioning mark comprises the exposed another portion of the solder pad .
A system for providing access to a database , including support for efficient repurposing of connections, comprising: a computer including a processor, and at least one of an application server or database environment executing thereon; a connection pool that enables software applications to request a connection from the connection pool, and use a provided connection to access a database ; and wherein the system enables repurposing of connections in the connection pool, including, in response to receiving a request for a connection having desired attributes, determining if the connection pool includes a particular connection having the desired attributes that is borrowed at the time of the request; if such a connection exists, waiting a time period that is less than a connection wait timeout for the particular connection to become available; and if the particular connection is not made available within the time period, then determining, during a remainder of the connection wait timeout, to one of create a new connection with the desired attributes or repurpose another connection by modifying its attributes. a computer including a processor, and at least one of an application server or database environment executing thereon; a connection pool that enables software applications to request a connection from the connection pool, and use a provided connection to access a database ; and wherein the system enables repurposing of connections in the connection pool, including, in response to receiving a request for a connection having desired attributes, determining if the connection pool includes a particular connection having the desired attributes that is borrowed at the time of the request; if such a connection exists, waiting a time period that is less than a connection wait timeout for the particular connection to become available; and if the particular connection is not made available within the time period, then determining, during a remainder of the connection wait timeout, to one of create a new connection with the desired attributes or repurpose another connection by modifying its attributes. determining if the connection pool includes a particular connection having the desired attributes that is borrowed at the time of the request; if such a connection exists, waiting a time period that is less than a connection wait timeout for the particular connection to become available; and if the particular connection is not made available within the time period, then determining, during a remainder of the connection wait timeout, to one of create a new connection with the desired attributes or repurpose another connection by modifying its attributes.
Ophthalmic surgical device , comprising: - an irrigation fluid line through which irrigation fluid can flow from an irrigation fluid container to an ophthalmic surgical handpiece , - an aspiration fluid line through which aspiration fluid can flow from the ophthalmic surgical handpiece to a collecting container , - a first volumetric flow rate determination apparatus which is arranged upstream of the handpiece in the flow direction and which is configured to determine a first volumetric flow rate (Q1) in the irrigation fluid line , - a second volumetric flow rate determination apparatus which is arranged downstream of the handpiece in the flow direction and which is configured to determine a second volumetric flow rate (Q2) in the aspiration fluid line , characterized by - an occlusion determination apparatus which is coupled to the first volumetric flow rate determination apparatus and to the second volumetric flow rate determination apparatus and which is configured to acquire the time curve of the first volumetric flow rate (Q1) and the time curve of the second volumetric flow rate (Q2), to respectively carry out a comparison with stored time curves of a first volumetric flow rate in the irrigation fluid line for different occlusion states and stored time curves of a second volumetric flow rate in the aspiration fluid line for different occlusion states, and to determine a current occlusion state in the aspiration fluid line on the basis of the comparisons. - an irrigation fluid line through which irrigation fluid can flow from an irrigation fluid container to an ophthalmic surgical handpiece , - an aspiration fluid line through which aspiration fluid can flow from the ophthalmic surgical handpiece to a collecting container , - a first volumetric flow rate determination apparatus which is arranged upstream of the handpiece in the flow direction and which is configured to determine a first volumetric flow rate (Q1) in the irrigation fluid line , - a second volumetric flow rate determination apparatus which is arranged downstream of the handpiece in the flow direction and which is configured to determine a second volumetric flow rate (Q2) in the aspiration fluid line , characterized by - an occlusion determination apparatus which is coupled to the first volumetric flow rate determination apparatus and to the second volumetric flow rate determination apparatus and which is configured to acquire the time curve of the first volumetric flow rate (Q1) and the time curve of the second volumetric flow rate (Q2), to respectively carry out a comparison with stored time curves of a first volumetric flow rate in the irrigation fluid line for different occlusion states and stored time curves of a second volumetric flow rate in the aspiration fluid line for different occlusion states, and to determine a current occlusion state in the aspiration fluid line on the basis of the comparisons.
A method of monitoring fetal health comprising: transmitting an ultrasound signal to create a measurement volume from an at least one transducer element in an array towards a maternal abdomen; receiving by the at least one transducer element an at least one ultrasound signal echo corresponding to at least one depth of the maternal abdomen; processing in an at least one channel the at least one signal echo received by the at least one transducer element to create at least one Doppler signal; characterized in that the method further comprises generating a multidimensional map from the processed Doppler signal; and providing a feedback to reposition the at least one transducer element when the fetal heart is determined, from the multidimensional map, to lie outside of substantial central alignment within the measurement volume . transmitting an ultrasound signal to create a measurement volume from an at least one transducer element in an array towards a maternal abdomen; receiving by the at least one transducer element an at least one ultrasound signal echo corresponding to at least one depth of the maternal abdomen; processing in an at least one channel the at least one signal echo received by the at least one transducer element to create at least one Doppler signal; characterized in that the method further comprises generating a multidimensional map from the processed Doppler signal; and providing a feedback to reposition the at least one transducer element when the fetal heart is determined, from the multidimensional map, to lie outside of substantial central alignment within the measurement volume .
Holding frame , in which plug-in connector modules can be inserted, wherein the holding frame has guiding means, whereby the holding frame can be aligned in a precision-fitting manner in relation to a second holding frame in the plug-in direction, in that the guiding means comprise a guide element and a guide rail , in that the holding frame has a grounding socket and a grounding pin and the guide rail is formed on the grounding socket , characterized in that the holding frame comprises two halves that can be connected to each other, a first half and a second half , in that the guide element has fixing means , by which the halves can be fixed in a parallel position in relation to each other, in that the guide element has a guide sleeve , which can be gripped onto the guide rail of the second holding frame .