mhurhangee/patent-ind-claim-en huggingface dataset:
A system for closing tissue, comprising: at least one supporting element comprising a coil adapted for insertion into at least a portion of a tissue wall proximate a puncture to prevent expansion of the puncture, and a flange extending from the proximal end of the coil; and a closing element adapted for at least partial insertion into the tissue wall and sized and shaped to compress at least a portion of the tissue wall to close the puncture when inserted at least partially into the tissue wall; wherein the closing element further comprises an engagement element at its proximal end for engagement with the flange, the engagement element comprising a plug with a re-accessible valve for re-entry through the tissue wall. at least one supporting element comprising a coil adapted for insertion into at least a portion of a tissue wall proximate a puncture to prevent expansion of the puncture, and a flange extending from the proximal end of the coil; and a closing element adapted for at least partial insertion into the tissue wall and sized and shaped to compress at least a portion of the tissue wall to close the puncture when inserted at least partially into the tissue wall; wherein the closing element further comprises an engagement element at its proximal end for engagement with the flange, the engagement element comprising a plug with a re-accessible valve for re-entry through the tissue wall.
The use of water and carbon dioxide in a process for the production of edible organic substances, characterized in that said process comprises the steps of - electrolysis of water to produce hydrogen and oxygen, - capture or recovery of carbon dioxide, - conversion of said carbon dioxide to carbon monoxide, - subjecting said hydrogen and carbon monoxide to a Fischer-Tropsch synthesis to produce a mixture of olefins, - optionally increasing the proportion of ethylene by coupling of methane to form ethylene, and/or converting higher olefins to form ethylene, - isolating ethylene, - synthesizing alpha-olefins or fatty acid alcohols from said ethylene, and - oxidizing said alpha-olefins or fatty acid alcohols to free fatty acids with an even number of carbon atoms, wherein the net energy input is in the form of electricity. - electrolysis of water to produce hydrogen and oxygen, - capture or recovery of carbon dioxide, - conversion of said carbon dioxide to carbon monoxide, - subjecting said hydrogen and carbon monoxide to a Fischer-Tropsch synthesis to produce a mixture of olefins, - optionally increasing the proportion of ethylene by coupling of methane to form ethylene, and/or converting higher olefins to form ethylene, - isolating ethylene, - synthesizing alpha-olefins or fatty acid alcohols from said ethylene, and - oxidizing said alpha-olefins or fatty acid alcohols to free fatty acids with an even number of carbon atoms,
A method of producing a catalytically active product , comprising the steps of: a) providing a substrate , b) depositing a first material and particles of a second material on the substrate, wherein the particles of the second material have a higher melting point than the first material , c) heating the substrate with the first material and said particles to a temperature where the first material is melted and the particles of the second material are not melted and thereby adhering the first material and the particles to the substrate , wherein particles are partly embedded in the first material and form a rough surface, d) depositing a ceramic material on the rough surface formed by the particles to form a ceramic layer thereon, and e) adding a catalytically active material to the ceramic layer . a) providing a substrate , b) depositing a first material and particles of a second material on the substrate, wherein the particles of the second material have a higher melting point than the first material , c) heating the substrate with the first material and said particles to a temperature where the first material is melted and the particles of the second material are not melted and thereby adhering the first material and the particles to the substrate , wherein particles are partly embedded in the first material and form a rough surface, d) depositing a ceramic material on the rough surface formed by the particles to form a ceramic layer thereon, and e) adding a catalytically active material to the ceramic layer .
Dust brush as a cleaning brush for cleaning wall corners between wall areas, with a bristle holder on which a plurality of bristles arranged next to and behind each other are held at a fixed end, wherein the bristles form a brushing surface of the cleaning brush with their free ends opposite the fixed ends, wherein • the brushing surface is formed by at least three part surfaces arranged behind each other, wherein each part surface is allocated a group of bristles and the bristles of a first group end in a first part surface (T1), the bristles (11") of a second part surface (T2) are arranged at a first angle α to the first part surface, and the bristles (11"') of a third group end in a third part surface (T3) arranged at a second angle β to the second part surface, • the bristle holder has at least one first leg and a second leg , and the bristles of the first group are arranged on the first leg as well as the bristles (11"') of the third group on the second leg and the bristles (11") of the second group on a connection section , which connects the first leg and the second leg with each other, and • that the first leg and the second leg are connected with each other via the connection section in such a way that the bristle holder is of a V-shaped or U-shaped design, characterised in that the part surfaces (T1, T2 or T3) are level surfaces, wherein the first angle α lies within a range of 120° to 150° and the second angle β between 90° and 100°. • the brushing surface is formed by at least three part surfaces arranged behind each other, wherein each part surface is allocated a group of bristles and the bristles of a first group end in a first part surface (T1), the bristles (11") of a second part surface (T2) are arranged at a first angle α to the first part surface, and the bristles (11"') of a third group end in a third part surface (T3) arranged at a second angle β to the second part surface, • the bristle holder has at least one first leg and a second leg , and the bristles of the first group are arranged on the first leg as well as the bristles (11"') of the third group on the second leg and the bristles (11") of the second group on a connection section , which connects the first leg and the second leg with each other, and • that the first leg and the second leg are connected with each other via the connection section in such a way that the bristle holder is of a V-shaped or U-shaped design,
A loading system provided for fitting onto a lifting platform including a mobile cradle , characterized in that it includes: - a platform on which a load is intended to be disposed, the platform being configured to extend, in use conditions, above the cradle of the lifting platform, - fastening means configured to be fastened on the cradle , the fastening means including a bracket comprising a fastening portion (14; 61) extending substantially vertically and configured to be fastened on the cradle and a support portion (32, 34; 59) extending substantially horizontally, the platform including a mounting portion (44; 62) mounted on the support portion (32, 34; 59), and - detection means configured to detect mechanical stress applied laterally on the platform , the platform being movably mounted relative to the bracket between a use position in which the platform is capable of extending substantially horizontally and a release position in which the platform is capable of extending substantially vertically. - a platform on which a load is intended to be disposed, the platform being configured to extend, in use conditions, above the cradle of the lifting platform, - fastening means configured to be fastened on the cradle , the fastening means including a bracket comprising a fastening portion (14; 61) extending substantially vertically and configured to be fastened on the cradle and a support portion (32, 34; 59) extending substantially horizontally, the platform including a mounting portion (44; 62) mounted on the support portion (32, 34; 59), and - detection means configured to detect mechanical stress applied laterally on the platform ,
A guidewire device comprising: a micro-fabricated elongated outer member having a proximal end , a distal end , and a plurality of fenestrations, characterized in that said plurality of fenestrations define a plurality of resultant beams along a length of said elongated outer member, said elongated outer member having an outer surface and an interior surface forming a lumen extending from said proximal end to said distal end ; an elastomeric matrix filling said plurality of fenestrations and covering both the interior and exterior surface of said elongated outer member such that the elastomeric matrix is formed around the structure defined by said plurality of beams ; a distal tip with a curved shape, wherein both an inside of the curved shape and an outside of the curved shape include at least some of the plurality of fenestrations, said fenestrations on said inside of said curved shape being filled with less elastomeric matrix than said fenestrations on said outside of said curved shape, causing said distal section to hold said curved shape; and an inner member disposed within a substantial portion of said lumen, wherein said elastomeric matrix filling said fenestrations extends through said fenestrations to cover said interior surface of said elongated outer member that forms said lumen at least partially extending along an axis of said elongated outer member from said proximal end to said distal end of said elongated outer member. a micro-fabricated elongated outer member having a proximal end , a distal end , and a plurality of fenestrations, characterized in that said plurality of fenestrations define a plurality of resultant beams along a length of said elongated outer member, said elongated outer member having an outer surface and an interior surface forming a lumen extending from said proximal end to said distal end ; an elastomeric matrix filling said plurality of fenestrations and covering both the interior and exterior surface of said elongated outer member such that the elastomeric matrix is formed around the structure defined by said plurality of beams ; a distal tip with a curved shape, wherein both an inside of the curved shape and an outside of the curved shape include at least some of the plurality of fenestrations, said fenestrations on said inside of said curved shape being filled with less elastomeric matrix than said fenestrations on said outside of said curved shape, causing said distal section to hold said curved shape; and an inner member disposed within a substantial portion of said lumen, wherein said elastomeric matrix filling said fenestrations extends through said fenestrations to cover said interior surface of said elongated outer member that forms said lumen at least partially extending along an axis of said elongated outer member from said proximal end to said distal end of said elongated outer member.
A method for communicating in a wireless network, comprising: receiving , from a network entity, a resource grant for transmitting in a transmission time interval (TTI), an uplink channel, wherein the resource grant indicates a first uplink channel symbol of the TTI over which to transmit the uplink channel and wherein the resource grant further comprises an indicator of whether to transmit a demodulation reference signal, RS, for an uplink control channel or an uplink data channel; and determining whether to transmit the RS in at least one transmission time interval, TTI, based at least in part on the indicator, and transmitting, based on the indicator indicating to transmit, the RS in at least one symbol preceding the uplink channel symbol; and transmitting the uplink channel in the uplink channel of the TTI. receiving , from a network entity, a resource grant for transmitting in a transmission time interval (TTI), an uplink channel, wherein the resource grant indicates a first uplink channel symbol of the TTI over which to transmit the uplink channel and wherein the resource grant further comprises an indicator of whether to transmit a demodulation reference signal, RS, for an uplink control channel or an uplink data channel; and determining whether to transmit the RS in at least one transmission time interval, TTI, based at least in part on the indicator, and transmitting, based on the indicator indicating to transmit, the RS in at least one symbol preceding the uplink channel symbol; and transmitting the uplink channel in the uplink channel of the TTI.
Metal-ion electrochemical accumulator (A), comprising: - a metal element of flat surface forming a current collector of an electrode of one polarity; - a layer of electrically insulating material , deposited on the metal element, defining an interlocking pattern; - a layer forming a current collector of an electrode of opposite polarity to the one having the current collector formed by the metal element, the collector layer being deposited on the interlocking pattern of the insulating layer; - a layer of electrode active material , deposited on the metal element according to a pattern at least partly interlocked in the interlocking pattern; - a layer of electrode active material of opposite polarity to the one deposited on the metal element, the layer of opposite polarity being deposited on the collector layer according to the interlocking pattern; - a layer of electrolyte deposited at least in the spaces between the two layers of active materials of mutually opposite polarity. - a metal element of flat surface forming a current collector of an electrode of one polarity; - a layer of electrically insulating material , deposited on the metal element, defining an interlocking pattern; - a layer forming a current collector of an electrode of opposite polarity to the one having the current collector formed by the metal element, the collector layer being deposited on the interlocking pattern of the insulating layer; - a layer of electrode active material , deposited on the metal element according to a pattern at least partly interlocked in the interlocking pattern; - a layer of electrode active material of opposite polarity to the one deposited on the metal element, the layer of opposite polarity being deposited on the collector layer according to the interlocking pattern; - a layer of electrolyte deposited at least in the spaces between the two layers of active materials of mutually opposite polarity.
A refrigeration apparatus comprising a refrigerant circuit including a utilization unit , the refrigeration apparatus allowing a refrigerant to circulate through the refrigerant circuit to carry out a refrigeration cycle, wherein the utilization unit includes: a heat exchanger ; a first refrigerant pipe and a second refrigerant pipe connected to the heat exchanger ; and a first shutoff valve and a second shutoff valve whose opening degrees are adjustable, the first shutoff valve and the second shutoff valve being respectively provided at the first refrigerant pipe and at the second refrigerant pipe , the refrigeration apparatus further comprising: a refrigerant leakage detector configured to detect a leakage of the refrigerant from the refrigerant circuit ; a refrigerant pressure acquiring part configured to acquire a pressure of the refrigerant; and a controller configured to adjust the opening degrees of the first shutoff valve and of the second shutoff valve , wherein the controller closes the first shutoff valve and the second shutoff valve when the refrigerant leakage detector detects a leakage of the refrigerant, characterized in that , in an alert state where the first shutoff valve and the second shutoff valve are both closed and the refrigerant leakage detector detects the leakage, the controller adjusts the opening degree of at least one of the first shutoff valve and the second shutoff valve to open when the pressure of the refrigerant is greater than a predetermined threshold value. a heat exchanger ; a first refrigerant pipe and a second refrigerant pipe connected to the heat exchanger ; and a first shutoff valve and a second shutoff valve whose opening degrees are adjustable, the first shutoff valve and the second shutoff valve being respectively provided at the first refrigerant pipe and at the second refrigerant pipe , a refrigerant leakage detector configured to detect a leakage of the refrigerant from the refrigerant circuit ; a refrigerant pressure acquiring part configured to acquire a pressure of the refrigerant; and a controller configured to adjust the opening degrees of the first shutoff valve and of the second shutoff valve , wherein the controller closes the first shutoff valve and the second shutoff valve when the refrigerant leakage detector detects a leakage of the refrigerant, characterized in that , in an alert state where the first shutoff valve and the second shutoff valve are both closed and the refrigerant leakage detector detects the leakage, the controller adjusts the opening degree of at least one of the first shutoff valve and the second shutoff valve to open when the pressure of the refrigerant is greater than a predetermined threshold value.
A server comprising: a transceiver; and a controller configured to control to: identify an uplink reception data rate of a first packet received from a terminal , control the transceiver to transmit a first parameter for controlling to increase the uplink reception data rate, identify whether the uplink reception data rate of a second packet received based on the first parameter increases, control the transceiver to transmit a second parameter for controlling to increase the uplink reception data rate, in case that the uplink reception data rate of the second packet is greater than the uplink reception data rate of the first packet, and control the transceiver to transmit a third parameter for controlling to decrease the uplink reception data rate, in case that the second uplink reception data rate of the second packet is not greater than the first uplink reception data rate of the first packet. a transceiver; and a controller configured to control to: identify an uplink reception data rate of a first packet received from a terminal , control the transceiver to transmit a first parameter for controlling to increase the uplink reception data rate, identify whether the uplink reception data rate of a second packet received based on the first parameter increases, control the transceiver to transmit a second parameter for controlling to increase the uplink reception data rate, in case that the uplink reception data rate of the second packet is greater than the uplink reception data rate of the first packet, and control the transceiver to transmit a third parameter for controlling to decrease the uplink reception data rate, in case that the second uplink reception data rate of the second packet is not greater than the first uplink reception data rate of the first packet. identify an uplink reception data rate of a first packet received from a terminal , control the transceiver to transmit a first parameter for controlling to increase the uplink reception data rate, identify whether the uplink reception data rate of a second packet received based on the first parameter increases, control the transceiver to transmit a second parameter for controlling to increase the uplink reception data rate, in case that the uplink reception data rate of the second packet is greater than the uplink reception data rate of the first packet, and control the transceiver to transmit a third parameter for controlling to decrease the uplink reception data rate, in case that the second uplink reception data rate of the second packet is not greater than the first uplink reception data rate of the first packet.
A head-mounted display device (HDM) comprising: a display panel comprising a flat central portion , and a curved peripheral portion curved towards a user of the head-mounted display device (HDM) and extending from the flat central portion ; an optical system spaced apart from the display panel by a predetermined distance; a controller to provide a data signal representing an image to be displayed on the flat central portion and the curved peripheral portion to the display panel ; and a case part on which the display panel is mounted; characterized in that the controller is configured to provide a data signal representing an image (Im') that is reduced at a predetermined ratio to the curved peripheral portion , as compared with the flat central portion ; the controller is further configured to pre-distort a data signal for the curved peripheral portion from a flat image (Im) to a curved surface image (Im') such that partial images (Im' (i, j)) that correspond to partial images (Im (i; j)) at points of an equivalent area are displayed at corresponding points of the curved peripheral portion , the equivalent area being defined as a virtual plane extending from the flat central portion , and providing a viewing angle substantially the same as a viewing angle of the curved peripheral portion in a first direction when viewed from the user's viewing point. a display panel comprising a flat central portion , and a curved peripheral portion curved towards a user of the head-mounted display device (HDM) and extending from the flat central portion ; an optical system spaced apart from the display panel by a predetermined distance; a controller to provide a data signal representing an image to be displayed on the flat central portion and the curved peripheral portion to the display panel ; and a case part on which the display panel is mounted; characterized in that the controller is configured to provide a data signal representing an image (Im') that is reduced at a predetermined ratio to the curved peripheral portion , as compared with the flat central portion ; the controller is further configured to pre-distort a data signal for the curved peripheral portion from a flat image (Im) to a curved surface image (Im') such that partial images (Im' (i, j)) that correspond to partial images (Im (i; j)) at points of an equivalent area are displayed at corresponding points of the curved peripheral portion , the equivalent area being defined as a virtual plane extending from the flat central portion , and providing a viewing angle substantially the same as a viewing angle of the curved peripheral portion in a first direction when viewed from the user's viewing point.