mhurhangee/patent-ind-claim-en huggingface dataset:
LED module comprising a carrier substrate , at least one LED chip disposed on the carrier substrate , a color conversion layer which is at least partially in contact with the LED chip and which converts at least a portion of the primary light emitted by the LED chip into light of a different wavelength, and a secondary optical unit which is disposed in emission direction behind the color conversion layer , wherein the secondary optical unit is configured integrally with the color conversion layer , wherein the color conversion layer is directly applied to a light entry surface of the secondary optical unit such that the color conversion particles present in the color conversion layer are sedimented in the direction of the light entry surface , wherein the integral design of the secondary optical unit and the color conversion layer is obtainable in that the connection between the secondary optical unit , the color conversion layer and the LED chip takes place in a not yet cured state of the color conversion layer . a color conversion layer which is at least partially in contact with the LED chip and which converts at least a portion of the primary light emitted by the LED chip into light of a different wavelength, and a secondary optical unit which is disposed in emission direction behind the color conversion layer , wherein the secondary optical unit is configured integrally with the color conversion layer , wherein the color conversion layer is directly applied to a light entry surface of the secondary optical unit such that the color conversion particles present in the color conversion layer are sedimented in the direction of the light entry surface , wherein the integral design of the secondary optical unit and the color conversion layer is obtainable in that the connection between the secondary optical unit , the color conversion layer and the LED chip takes place in a not yet cured state of the color conversion layer .
A delivery device for a medicament comprising: a housing having an open end; a base coupled to said open end of said housing and defining an interior cavity; a reservoir within said cavity for containing the medicament; a delivery mechanism for delivering the medicament to a patient; a pump mechanism for delivering the medicament from the reservoir to the delivery mechanism; said base having an integrally formed fluid channel formed in a surface of said base, said fluid channel having a flow path in fluid communication with said reservoir and said delivery mechanism; and an adsorbent filter media positioned in said fluid channel in said base between said reservoir and delivery mechanism for contacting the medicament and adsorbing and removing at least a portion of a compound from the medicament before delivering said medicament to said delivery mechanism; characterised in that said housing further comprises a barrier defining a first interior region and a second interior region , the first interior region is sealed from fluid ingress from the second region, the second interior region is not sealed from fluid ingress, and wherein said fluid channel extends below the barrier between said first interior region and said second interior regions to provide fluid communication between the first internal region and the second internal region without compromising the integrity of the barrier. a base coupled to said open end of said housing and defining an interior cavity; a reservoir within said cavity for containing the medicament; a delivery mechanism for delivering the medicament to a patient; a pump mechanism for delivering the medicament from the reservoir to the delivery mechanism; said base having an integrally formed fluid channel formed in a surface of said base, said fluid channel having a flow path in fluid communication with said reservoir and said delivery mechanism; and an adsorbent filter media positioned in said fluid channel in said base between said reservoir and delivery mechanism for contacting the medicament and adsorbing and removing at least a portion of a compound from the medicament before delivering said medicament to said delivery mechanism; characterised in that said housing further comprises a barrier defining a first interior region and a second interior region , the first interior region is sealed from fluid ingress from the second region, the second interior region is not sealed from fluid ingress, and wherein said fluid channel extends below the barrier between said first interior region and said second interior regions to provide fluid communication between the first internal region and the second internal region without compromising the integrity of the barrier.
A catheter , comprising: a tubular sheath defining a first lumen (LM1) which extends from a proximal end to a distal end of the tubular sheath ; and a rapid exchange segment defining a second lumen (LM2) which extends from an entry port to an exit port of the rapid exchange segment , wherein the rapid exchange segment has a proximal stub portion angled with respect to the second lumen (LM2), the proximal stub portion is mated with the tubular sheath in a lengthwise direction such that the proximal stub portion of the rapid exchange segment connects with a distal portion of the tubular sheath , whereby the distal portion of the tubular sheath which connects with the proximal stub portion of the rapid exchange segment does not contain the first lumen (LM1), wherein the tubular sheath and the rapid exchange segment are mated together offset from each other such that an axis (A2) of the second lumen (LM2) and an axis (A1) of the first lumen (LM1) are arranged at an angle (β) with respect to each other, and wherein a length of the distal portion of the tubular sheath not containing the first lumen (LM1) is optimized to prevent kinking and improve navigation of the catheter . a tubular sheath defining a first lumen (LM1) which extends from a proximal end to a distal end of the tubular sheath ; and a rapid exchange segment defining a second lumen (LM2) which extends from an entry port to an exit port of the rapid exchange segment , wherein the rapid exchange segment has a proximal stub portion angled with respect to the second lumen (LM2), the proximal stub portion is mated with the tubular sheath in a lengthwise direction such that the proximal stub portion of the rapid exchange segment connects with a distal portion of the tubular sheath , whereby the distal portion of the tubular sheath which connects with the proximal stub portion of the rapid exchange segment does not contain the first lumen (LM1), wherein the tubular sheath and the rapid exchange segment are mated together offset from each other such that an axis (A2) of the second lumen (LM2) and an axis (A1) of the first lumen (LM1) are arranged at an angle (β) with respect to each other, and wherein a length of the distal portion of the tubular sheath not containing the first lumen (LM1) is optimized to prevent kinking and improve navigation of the catheter .
Apparatus for preparing food, comprising a heating device with hot plate , a filter device , which is permanently connected to the heating device, and a cover device , which is operatively connected to the filter device and has a top side, a bottom side and side surfaces , wherein - the cover device , on the bottom side , has at least one entry opening of a flow channel for exhaust air, said flow channel being arranged in the interior of the cover device , - and wherein the flow channel , on a first side surface , has an exit opening , - the cover device can be moved relative to the filter device in such a manner that the exit opening can be positioned such that the exhaust air can flow via the exit opening into an entry opening of the filter device , characterized in that the cover device can be displaced in a parallel manner by a multi-arm mechanism in the form of a parallel pivoting arm . - the cover device , on the bottom side , has at least one entry opening of a flow channel for exhaust air, said flow channel being arranged in the interior of the cover device , - and wherein the flow channel , on a first side surface , has an exit opening , - the cover device can be moved relative to the filter device in such a manner that the exit opening can be positioned such that the exhaust air can flow via the exit opening into an entry opening of the filter device , characterized in that
A jaw assembly for a vessel sealing device, comprising: an outer shaft ; a first jaw member ; a second jaw member ; and a drive shaft coupled to the first jaw member and the second jaw member , wherein the first jaw member has first and second spaced apart flanges that are pivotable about a pivot pin supported by the outer shaft , and the second jaw member has a single third flange positioned between the first and second flanges of the first jaw member and pivotally connected thereto wherein the third flange is pivotable about the pivot pin supported by the outer shaft , characterised in that : the drive shaft is coupled to the first jaw member and the second jaw member by a clevis which is coupled to the first and second flanges by corresponding first and second cam slots in the first and second flanges and which is coupled to the third flange by a third cam slot in the third flange . an outer shaft ; a first jaw member ; a second jaw member ; and a drive shaft coupled to the first jaw member and the second jaw member , wherein the first jaw member has first and second spaced apart flanges that are pivotable about a pivot pin supported by the outer shaft , and the second jaw member has a single third flange positioned between the first and second flanges of the first jaw member and pivotally connected thereto wherein the third flange is pivotable about the pivot pin supported by the outer shaft , characterised in that : the drive shaft is coupled to the first jaw member and the second jaw member by a clevis which is coupled to the first and second flanges by corresponding first and second cam slots in the first and second flanges and which is coupled to the third flange by a third cam slot in the third flange .
A method in a network node for a telecommunications network, the network node operating as a primary network node for a wireless terminal configured with dual connectivity, the method comprising: receiving a message indicating that a secondary network node , which provides user plane connectivity for the wireless terminal , has no data to transmit to the wireless terminal; and based at least in part on the received message, configuring the wireless terminal in an inactive mode, wherein configuring the wireless terminal in the inactive mode comprises storing at least a first portion of a context of the wireless terminal at a location accessible by the network node. receiving a message indicating that a secondary network node , which provides user plane connectivity for the wireless terminal , has no data to transmit to the wireless terminal; and based at least in part on the received message, configuring the wireless terminal in an inactive mode, wherein configuring the wireless terminal in the inactive mode comprises storing at least a first portion of a context of the wireless terminal at a location accessible by the network node.
A method for producing a population of foregut stem cells (FSCs) comprising: i) providing a population of definitive endoderm cells (DECs), ii) culturing the DECs in a foregut induction medium comprising activin to produce a population of foregut stem cells (FSCs). i) providing a population of definitive endoderm cells (DECs), ii) culturing the DECs in a foregut induction medium comprising activin to produce a population of foregut stem cells (FSCs).
An apparatus comprising: (a) a catheter , at least a portion of the catheter being sized and configured to fit within a lumen of a human cardiovascular system; (b) a sensor positioned at a distal end of the catheter, the sensor being configured to generate a sensor signal; (c) a first pair of wire segments coupled with the sensor, the first pair of wire segments extending along the length of the catheter, wherein the first pair of wire segments is substantially straight along the length of the catheter, and wherein each wire segment of the first pair of wire segments is able to move relative to the other wire segment of the first pair; (d) an artifact reduction feature positioned proximate to the sensor, the artifact reduction feature comprising a second pair of wire segments , wherein the second pair of wire segments is substantially straight along the length of the catheter, and wherein each wire segment of the second pair of wire segments is able to move relative to the other wire segment of the second pair, and wherein the second pair of wire segments is made of similar materials, has similar dimensions, and extends along substantially the same length as the first pair of wire segments; and (e) a correction module in communication with the first and second pairs of wire segments, the correction module being configured to subtract motion-induced artifacts from signals received from the first pair of wire segments, based on motion-induced artifacts from signals received from the second pair of wire segments, to thereby provide a corrected sensor signal. (a) a catheter , at least a portion of the catheter being sized and configured to fit within a lumen of a human cardiovascular system; (b) a sensor positioned at a distal end of the catheter, the sensor being configured to generate a sensor signal; (c) a first pair of wire segments coupled with the sensor, the first pair of wire segments extending along the length of the catheter, wherein the first pair of wire segments is substantially straight along the length of the catheter, and wherein each wire segment of the first pair of wire segments is able to move relative to the other wire segment of the first pair; (d) an artifact reduction feature positioned proximate to the sensor, the artifact reduction feature comprising a second pair of wire segments , wherein the second pair of wire segments is substantially straight along the length of the catheter, and wherein each wire segment of the second pair of wire segments is able to move relative to the other wire segment of the second pair, and wherein the second pair of wire segments is made of similar materials, has similar dimensions, and extends along substantially the same length as the first pair of wire segments; and (e) a correction module in communication with the first and second pairs of wire segments, the correction module being configured to subtract motion-induced artifacts from signals received from the first pair of wire segments, based on motion-induced artifacts from signals received from the second pair of wire segments, to thereby provide a corrected sensor signal.
An air conditioner capable of cooling operation and heating operation, comprising: a housing including a heat exchanger for heat exchanging air; an inlet at a lower surface of the housing for receiving the air; an outlet at an upper end of the housing for discharging the air; the outlet including at least a first vane at a top surface of the housing , and at least a second vane at an upper front surface of the housing , the vanes being selectively moveable between a closed position in which they are substantially continuous with the respective surfaces at which they are located, and an open position to allow air to be discharged from the outlet ; and an air guide for directing air from the heat exchanger to the outlet ; characterised in that the first and second vanes are opened to one or more predetermined angles for both cooling and heating operations, wherein the first vane can be opened within an approximate range of 0° to 40° for cooling operation and within an approximate range of 5° to 40° for heating operation, and the second vane can be opened within an approximate range of 90° to 130° for cooling operation and within an approximate range of 60° to 130° for heating operation, including a position in which the first vane is substantially aligned with the air guide and the second vane is parallel to the airflow discharged from the outlet to maximise the distance the air travels therefrom. a housing including a heat exchanger for heat exchanging air; an inlet at a lower surface of the housing for receiving the air; an outlet at an upper end of the housing for discharging the air; the outlet including at least a first vane at a top surface of the housing , and at least a second vane at an upper front surface of the housing , the vanes being selectively moveable between a closed position in which they are substantially continuous with the respective surfaces at which they are located, and an open position to allow air to be discharged from the outlet ; and an air guide for directing air from the heat exchanger to the outlet ; characterised in that the first and second vanes are opened to one or more predetermined angles for both cooling and heating operations, wherein the first vane can be opened within an approximate range of 0° to 40° for cooling operation and within an approximate range of 5° to 40° for heating operation, and the second vane can be opened within an approximate range of 90° to 130° for cooling operation and within an approximate range of 60° to 130° for heating operation, including a position in which the first vane is substantially aligned with the air guide and the second vane is parallel to the airflow discharged from the outlet to maximise the distance the air travels therefrom.
A battery system , comprising: a first and a second battery module , comprising at least one battery cell and a first and a second terminal (11-1, 11-2, 12-1, 12-2) respectively; a first bus bar , electrically connecting the first terminal (11-1) of the first battery module with the terminal of another battery module and/or with a potential of the battery system ; a second bus bar , electrically connecting the second terminal (11-2) of the first battery module with the first terminal (12-1) of the second battery module ; a Cell Supervision Circuit Unit with a plurality of input channels (CH0-CH12), and an electronic circuit , characterized in that , the first and second terminal (11-1, 11-2, 12-1, 12-2) of the first and second battery module are connected to one of the plurality of input channels (CH0-CH12) respectively, the first terminal (11-1) of the first battery module being connected to a GND-input channel (CH0), wherein the Cell Supervision Circuit Unit is adapted to measure the voltage drop (U 1stBB ) across the first bus bar , and the electronic circuit is adapted to calculate the voltage drop (U2ndBB) across the second bus bar , using the measured voltage drop across the first bus bar . a first and a second battery module , comprising at least one battery cell and a first and a second terminal (11-1, 11-2, 12-1, 12-2) respectively; a first bus bar , electrically connecting the first terminal (11-1) of the first battery module with the terminal of another battery module and/or with a potential of the battery system ; a second bus bar , electrically connecting the second terminal (11-2) of the first battery module with the first terminal (12-1) of the second battery module ; a Cell Supervision Circuit Unit with a plurality of input channels (CH0-CH12), and an electronic circuit , characterized in that , the first and second terminal (11-1, 11-2, 12-1, 12-2) of the first and second battery module are connected to one of the plurality of input channels (CH0-CH12) respectively, the first terminal (11-1) of the first battery module being connected to a GND-input channel (CH0), wherein the Cell Supervision Circuit Unit is adapted to measure the voltage drop (U 1stBB ) across the first bus bar , and the electronic circuit is adapted to calculate the voltage drop (U2ndBB) across the second bus bar , using the measured voltage drop across the first bus bar .
A dental implant having a substantially cylindrical shape with a longitudinal axis (A) defining a longitudinal direction, the dental implant including: a coronal section including a coronal end of the dental implant ; a threaded region extending apically from the coronal section to an apical tip of the dental implant ; and an internal blind bore for connection to a secondary part, the internal blind bore including: a stabilizing section which extends apically from the coronal end of the dental implant and a drive and indexing section which extends apically from an apical end of the stabilizing section , wherein the drive and indexing section is provided with a plurality of connecting lobes having a concave shape and extending in the longitudinal direction, the connecting lobes being interconnected by respective lobe linking areas also extending in the longitudinal direction, each of the lobe linking areas including: two convex sections extending in the longitudinal direction and adjacent to a respective connecting lobe ; and a concave section extending in the longitudinal direction between the two convex sections . a coronal section including a coronal end of the dental implant ; a threaded region extending apically from the coronal section to an apical tip of the dental implant ; and an internal blind bore for connection to a secondary part, the internal blind bore including: a stabilizing section which extends apically from the coronal end of the dental implant and a drive and indexing section which extends apically from an apical end of the stabilizing section , wherein the drive and indexing section is provided with a plurality of connecting lobes having a concave shape and extending in the longitudinal direction, the connecting lobes being interconnected by respective lobe linking areas also extending in the longitudinal direction, each of the lobe linking areas including: two convex sections extending in the longitudinal direction and adjacent to a respective connecting lobe ; and a concave section extending in the longitudinal direction between the two convex sections .
Method for modifying a cable core , in particular for use in tyre manufacture, comprising the following method steps: v1) producing or providing a cable core , comprising a core filament and at least one filament ply arranged around the core filament , comprising a multiplicity of outer filaments , wherein the surface of the cable core has a multiplicity of grooves , which are formed by the outer filaments of the outermost filament ply, v2) producing or providing one or more non-metal reinforcing strips , wherein at least one non-metal reinforcing strip is selected from the group consisting of coated fibres and rubber strips, comprising a vulcanizable rubber compound, and v3) arranging the one or more non-metal reinforcing strips in one or more of the grooves of the surface of the cable core to obtain a modified cable core , wherein the one or more non-metal reinforcing strips are wound around the outer filament ply of the cable core such that they are arranged in the grooves of the surface of the cable core . v1) producing or providing a cable core , comprising a core filament and at least one filament ply arranged around the core filament , comprising a multiplicity of outer filaments , wherein the surface of the cable core has a multiplicity of grooves , which are formed by the outer filaments of the outermost filament ply, v2) producing or providing one or more non-metal reinforcing strips , wherein at least one non-metal reinforcing strip is selected from the group consisting of coated fibres and rubber strips, comprising a vulcanizable rubber compound, and v3) arranging the one or more non-metal reinforcing strips in one or more of the grooves of the surface of the cable core to obtain a modified cable core , wherein the one or more non-metal reinforcing strips are wound around the outer filament ply of the cable core such that they are arranged in the grooves of the surface of the cable core .