mhurhangee/patent-ind-claim-en huggingface dataset:
A medical system comprising: a porous body connected to a distal end of a vacuum tube ; a patch (50, 50', 50", 50′′′) defining a lumen therethrough for accommodating the vacuum tube , an overtube configured to contact the patch (50, 50', 50", 50′′′) during a deployment of the patch (50, 50', 50", 50′′′) and configured to be releasably attached to the patch (50, 50', 50", 50′′′) during the deployment of the patch (50, 50', 50", 50′′′), wherein the patch (50, 50', 50", 50′′′) is configured to fluidly seal the porous body from a body lumen when the patch is deployed in a subject and the overtube is configured to be disconnected from the patch (50, 50', 50", 50′′′) when the patch is deployed in the subject. a porous body connected to a distal end of a vacuum tube ; a patch (50, 50', 50", 50′′′) defining a lumen therethrough for accommodating the vacuum tube , an overtube configured to contact the patch (50, 50', 50", 50′′′) during a deployment of the patch (50, 50', 50", 50′′′) and configured to be releasably attached to the patch (50, 50', 50", 50′′′) during the deployment of the patch (50, 50', 50", 50′′′), wherein the patch (50, 50', 50", 50′′′) is configured to fluidly seal the porous body from a body lumen when the patch is deployed in a subject and the overtube is configured to be disconnected from the patch (50, 50', 50", 50′′′) when the patch is deployed in the subject.
A method of making a polymer encased smokeless tobacco or tobacco substitute product comprising: forming a compressed body including smokeless tobacco, a tobacco substitute, or both the smokeless tobacco and the tobacco substitute; moving the compressed body through a bath including a polymer foam to produce a polymer foamed skin on the compressed body; and curing the polymer foamed skin to form an encased body. forming a compressed body including smokeless tobacco, a tobacco substitute, or both the smokeless tobacco and the tobacco substitute; moving the compressed body through a bath including a polymer foam to produce a polymer foamed skin on the compressed body; and curing the polymer foamed skin to form an encased body.
A stent assembly having a radially compressed delivery configuration and a radially expanded deployed configuration, the stent assembly comprising: a generally tubular frame having a first end and a second end , the frame defining a central passage and a central axis; a secondary passage , defined between an inner surface of the frame and an outer surface of an inner rib closer to the central axis than the frame; and an extension tube extending through the secondary passage, the extension tube including an extension tube lumen having a first opening at a first end of the extension tube and a second opening at a second end of the extension tube. a generally tubular frame having a first end and a second end , the frame defining a central passage and a central axis; a secondary passage , defined between an inner surface of the frame and an outer surface of an inner rib closer to the central axis than the frame; and an extension tube extending through the secondary passage, the extension tube including an extension tube lumen having a first opening at a first end of the extension tube and a second opening at a second end of the extension tube.
AUHF band RFID tire tag , comprising: - a first adhesive layer ; - a non-contact power supply layer attached to a first surface of the first adhesive layer , and comprising a conductive antenna pattern and an RFID chip electrically connected to the antenna pattern, and - a second adhesive layer comprising a first surface and a second surface, wherein the non-contact power supply layer is seated on the first surface of the second adhesive layer , characterized by : - a parasitic element layer attached to the second surface of the second adhesive layer , and comprising a substrate film and a parasitic element formed with a surface of the substrate film and electromagnetically coupled to the antenna pattern, and configured to be operated by electromagnetic induction energy radiated from the non-contact power supply layer , and by - a third adhesive layer attached to a surface of the parasitic element layer . - a first adhesive layer ; - a non-contact power supply layer attached to a first surface of the first adhesive layer , and comprising a conductive antenna pattern and an RFID chip electrically connected to the antenna pattern, and - a second adhesive layer comprising a first surface and a second surface, wherein the non-contact power supply layer is seated on the first surface of the second adhesive layer , - a parasitic element layer attached to the second surface of the second adhesive layer , and comprising a substrate film and a parasitic element formed with a surface of the substrate film and electromagnetically coupled to the antenna pattern, and configured to be operated by electromagnetic induction energy radiated from the non-contact power supply layer , and by - a third adhesive layer attached to a surface of the parasitic element layer .
A method at a base station , comprising: receiving an initialization request message from a network entity for enabling at least one inter-device communication link for at least two user equipments, UEs, , wherein the network entity is a mobility management entity, MME; in response to receiving the initialization request message from the MME determining that the at least one inter-device communication link can be enabled; in response to determining that the at least one inter-device communication link can be enabled, sending an initialization request acknowledgement message to the MME, indicating that the at least one inter-device communication link can be enabled; sending , in response to the initialization request message and the determination that the at least one inter-device communication link can be enabled, a radio resource control, RRC, inter-device connection setup message to one of the at least two UEs, wherein the RRC inter-device connection setup message indicates at least two cell radio network temporary identities, C-RNTIs, and each of the at least two C-RNTIs correspond to a different UE of the at least two UEs; and receiving , in response to the radio resource control, RRC, inter-device connection setup message, an RRC connection setup response message from the one of the at least two UEs. receiving an initialization request message from a network entity for enabling at least one inter-device communication link for at least two user equipments, UEs, , wherein the network entity is a mobility management entity, MME; in response to receiving the initialization request message from the MME determining that the at least one inter-device communication link can be enabled; in response to determining that the at least one inter-device communication link can be enabled, sending an initialization request acknowledgement message to the MME, indicating that the at least one inter-device communication link can be enabled; sending , in response to the initialization request message and the determination that the at least one inter-device communication link can be enabled, a radio resource control, RRC, inter-device connection setup message to one of the at least two UEs, wherein the RRC inter-device connection setup message indicates at least two cell radio network temporary identities, C-RNTIs, and each of the at least two C-RNTIs correspond to a different UE of the at least two UEs; and receiving , in response to the radio resource control, RRC, inter-device connection setup message, an RRC connection setup response message from the one of the at least two UEs.
Power electronics device which comprises liquid-cooled power units (REC 5 , REC 6 , REC 7 AFE 5 , AFE 6 , AFE 7 , INU 4 , INU 5 , INU 6 , INU 7 ) and a support structure carrying the power units, the power units each including at least one power semiconductor component, wherein the power electronics device is adapted to connect the power units to at least one power circuit wherein the power units are mechanically separate, wherein the support structure comprises at least one substrate , wherein the at least one substrate has cooling liquid ducts arranged therein, and the at least one substrate has more than one of the power units disposed thereon, wherein the power electronics device further comprises an electrical interface , wherein each of the power units comprises input electrical connections and output electrical connections (U, V, W), and the electrical interface connects each of the power units disposed on the at least one substrate via the input electrical connections to the at least one power circuit, the power electronics device being characterized in that the power electronics device further comprises supporting insulators fixing the electrical interface to the at least one substrate, and in that each of the power units disposed on the at least one substrate comprises cooling liquid interfaces connecting, in a waterproof manner, the respective power unit directly to the cooling liquid ducts and is arranged to let a cooling liquid circulating via the cooling liquid ducts circulate via the cooling liquid interfaces inside the respective power unit thereby cooling the respective power unit.
A film comprising: greater than 50% by weight of a first polyethylene having a density of at least 0.935 g/cm 3 and a melt index (I 2 ) of 0.9 g/10 minutes or less; and less than 50% by weight of a second polyethylene having a density of less than 0.935 g/cm 3 and a melt index (I 2 ) of 20 g/10 minutes or less; wherein the film is a monolayer film exhibiting an external gloss of less than 20 units when measured at 45° according to ASTM D2457 and an external haze greater than 60% when measured according to ASTM D1003; wherein the melt index (I 2 ) is measured according to ASTM D1238 at 190°C and 2.16 kg load. greater than 50% by weight of a first polyethylene having a density of at least 0.935 g/cm 3 and a melt index (I 2 ) of 0.9 g/10 minutes or less; and less than 50% by weight of a second polyethylene having a density of less than 0.935 g/cm 3 and a melt index (I 2 ) of 20 g/10 minutes or less; wherein the film is a monolayer film exhibiting an external gloss of less than 20 units when measured at 45° according to ASTM D2457 and an external haze greater than 60% when measured according to ASTM D1003; wherein the melt index (I 2 ) is measured according to ASTM D1238 at 190°C and 2.16 kg load.
A plant container for greening walls, comprising: - a main body defining a chamber for receiving a growth medium for a plant; - a draining pipe coupled with the main body , extending along a back wall of the main body and having a top end , a bottom end and an opening in its wall for allowing water from inside the chamber to enter inside the draining pipe ; and - a connecting conduit configured to connect the bottom end of the draining pipe with a top end of a draining pipe of another plant container of the same type; characterized in that : - the opening in the wall of the draining pipe is a slit extending from a bottom of the main body along the whole length of the draining pipe; - the draining pipe has a through hole that extends along the whole length of the draining pipe from its top end to its bottom end . - a main body defining a chamber for receiving a growth medium for a plant; - a draining pipe coupled with the main body , extending along a back wall of the main body and having a top end , a bottom end and an opening in its wall for allowing water from inside the chamber to enter inside the draining pipe ; and - a connecting conduit configured to connect the bottom end of the draining pipe with a top end of a draining pipe of another plant container of the same type; - the opening in the wall of the draining pipe is a slit extending from a bottom of the main body along the whole length of the draining pipe; - the draining pipe has a through hole that extends along the whole length of the draining pipe from its top end to its bottom end .
A hinge , comprising: a hinge body forming a middle portion extending between a first strut and a second strut along a length of the hinge body, the middle portion adapted to bend from the neutral longitudinal axis when the first end and the second end are parallel to one another to an angular range of motion in which the first end is arranged among a plurality of angles within the angular range relative to the second end; wherein the hinge body is continuously formed from a polymeric material from the first end to the second end of the hinge and forms a monolithic structure; wherein the middle portion defines a first set of hinge elements , with each first hinge element adapted to facilitate and reinforce bending of the middle portion , and the middle portion defines a second set of hinge elements , with each second hinge element adapted to facilitate and reinforce bending of the middle portion on an opposed side of the first set of hinge elements , the first set of hinge elements and the second set of hinge elements extends along the first and second longitudinal edges, respectively, of the hinge body on opposed sides of the neutral axis; wherein the first set of hinge elements are geometrically configured to interfere with one another according to predetermined degree of bending to limit the angular range of motion; and wherein the hinge elements of the first set of hinge elements and second set of hinge elements are geometrically configured differently from each other. a hinge body forming a middle portion extending between a first strut and a second strut along a length of the hinge body, the middle portion adapted to bend from the neutral longitudinal axis when the first end and the second end are parallel to one another to an angular range of motion in which the first end is arranged among a plurality of angles within the angular range relative to the second end; wherein the hinge body is continuously formed from a polymeric material from the first end to the second end of the hinge and forms a monolithic structure; wherein the middle portion defines a first set of hinge elements , with each first hinge element adapted to facilitate and reinforce bending of the middle portion , and the middle portion defines a second set of hinge elements , with each second hinge element adapted to facilitate and reinforce bending of the middle portion on an opposed side of the first set of hinge elements , the first set of hinge elements and the second set of hinge elements extends along the first and second longitudinal edges, respectively, of the hinge body on opposed sides of the neutral axis; wherein the first set of hinge elements are geometrically configured to interfere with one another according to predetermined degree of bending to limit the angular range of motion; and wherein the hinge elements of the first set of hinge elements and second set of hinge elements are geometrically configured differently from each other.
A coated conductor, comprising: a conductor; and a polymeric composition at least partially surrounding the conductor, wherein the polymeric composition comprises: (a) a broad-molecular-weight-distribution ("broad-MWD") high-density ethylene-based polymer; wherein the broad-molecular-weight-distribution ("broad-MWD") high-density ethylene-based polymer has a density greater than 0.940 g/cm 3 ; and (b) a narrow-molecular-weight-distribution ("narrow-MWD") linear-low-density ethylene-based polymer; wherein the narrow-molecular-weight-distribution ("narrow-MWD") linear-low-density ethylene-based polymer has a density ranging from 0.910 to 0.925 g/cm 3 ; wherein the broad-MWD high-density ethylene-based polymer is present in the polymer composition in an amount of at least 50 weight percent based on the entire weight of the polymeric composition, wherein the narrow-MWD linear-low-density ethylene-based polymer is present in the polymeric composition in an amount of at least 20 weight percent based on the entire weight of the polymeric composition, wherein the polymeric composition has a density of at least 0.95 g/cm 3 . a conductor; and a polymeric composition at least partially surrounding the conductor, wherein the polymeric composition comprises: (a) a broad-molecular-weight-distribution ("broad-MWD") high-density ethylene-based polymer; wherein the broad-molecular-weight-distribution ("broad-MWD") high-density ethylene-based polymer has a density greater than 0.940 g/cm 3 ; and (b) a narrow-molecular-weight-distribution ("narrow-MWD") linear-low-density ethylene-based polymer; wherein the narrow-molecular-weight-distribution ("narrow-MWD") linear-low-density ethylene-based polymer has a density ranging from 0.910 to 0.925 g/cm 3 ; (a) a broad-molecular-weight-distribution ("broad-MWD") high-density ethylene-based polymer; wherein the broad-molecular-weight-distribution ("broad-MWD") high-density ethylene-based polymer has a density greater than 0.940 g/cm 3 ; and (b) a narrow-molecular-weight-distribution ("narrow-MWD") linear-low-density ethylene-based polymer; wherein the narrow-molecular-weight-distribution ("narrow-MWD") linear-low-density ethylene-based polymer has a density ranging from 0.910 to 0.925 g/cm 3 ; wherein the broad-MWD high-density ethylene-based polymer is present in the polymer composition in an amount of at least 50 weight percent based on the entire weight of the polymeric composition, wherein the narrow-MWD linear-low-density ethylene-based polymer is present in the polymeric composition in an amount of at least 20 weight percent based on the entire weight of the polymeric composition,
Cable housing having - a base body open to one side with four outer walls (12a-d) and a base, - at least two cable infeeds and - a lid with an inside and an outside , wherein - the lid has, on its inside , a groove with a groove base and two groove webs (20a, b) delimiting the groove such that - in the connected state between lid and base body , the outer edges arranged at the open side of the outer walls (12a-d) are received in the groove such that at least one of the groove webs (20a, b) is elastically deformed and thus acts in a sealing manner with respect to the outer walls (12a-d), - that in the groove base a sealing strip is arranged, - that the sealing strip and the lid are made from two component molding, characterised in that - the groove base and the groove webs (12a-d) of the lid are, in the connected state, in contact with the outer edge of the outer wall. - a base body open to one side with four outer walls (12a-d) and a base, - at least two cable infeeds and - a lid with an inside and an outside , wherein - the lid has, on its inside , a groove with a groove base and two groove webs (20a, b) delimiting the groove such that - in the connected state between lid and base body , the outer edges arranged at the open side of the outer walls (12a-d) are received in the groove such that at least one of the groove webs (20a, b) is elastically deformed and thus acts in a sealing manner with respect to the outer walls (12a-d), - that in the groove base a sealing strip is arranged, - that the sealing strip and the lid are made from two component molding, characterised in that - the groove base and the groove webs (12a-d) of the lid are, in the connected state, in contact with the outer edge of the outer wall.
Optical block (BO) intended to equip a vehicle and comprising a first source (S1) delivering first photons in the visible range, an internal lens (LI) ensuring a first shaping of the first photons, an external lens (LE) ensuring a second shaping of the first photons coming from said internal lens (LI) and delivering these shaped first photons on a front face (FV) in contact with an external air, and a second source (S2) delivering second photons in the infrared range, characterized in that said external lens (LE) is produced by bi-injection into a central portion (PC) of a first material transparent to said first and second photons, and into a peripheral portion (PP) at least partially surrounding said central portion (PC) of a second material absorbing said second photons to produce thermal energy inducing an increase in a temperature of said external lens (LE) suitable for preventing the deposition of ice or snow on said front face (FV).
A method of retrieving data having a real-time constraint to ensure timely delivery of data from a server device, the method comprising, by a real-time application executed by a hardware-based processor comprising digital logic circuitry of a client device: receiving a media presentation description, MPD, file from the server device; determining times during which segments of the data will be available for download from the MPD file; characterised by determining deadline information representative of when the next segment of the data must be received to avoid a buffer underrun and satisfy the real-time constraint based on a playout rate and a buffer fill level of the client device; when the next segment of data is determined to be available at the server device, sending, by the client device to the server device, a request for the next segment of data and deadline information representative of the latest time at which the next segment of data is needed to satisfy the real-time constraint ; and receiving, in response to sending the request and the deadline information, the next segment of data from the server device at or before the time at which the next segment of data is needed. receiving a media presentation description, MPD, file from the server device; determining times during which segments of the data will be available for download from the MPD file; characterised by determining deadline information representative of when the next segment of the data must be received to avoid a buffer underrun and satisfy the real-time constraint based on a playout rate and a buffer fill level of the client device; when the next segment of data is determined to be available at the server device, sending, by the client device to the server device, a request for the next segment of data and deadline information representative of the latest time at which the next segment of data is needed to satisfy the real-time constraint ; and receiving, in response to sending the request and the deadline information, the next segment of data from the server device at or before the time at which the next segment of data is needed.
A compressor, comprising: a casing having a cylindrical shape; and a compression mechanism housed in the casing , wherein the compression mechanism has a housing including a pressing portion pressed against the casing and a weld portion welded to the casing , and at least part of the pressing portion and at least part of the weld portion are arranged side by side in a circumferential direction of the casing , characterized in that it further comprises: a communication passage (26 to 29) that allows the weld portion to communicate with an internal space of the casing . a casing having a cylindrical shape; and a compression mechanism housed in the casing , wherein the compression mechanism has a housing including a pressing portion pressed against the casing and a weld portion welded to the casing , and at least part of the pressing portion and at least part of the weld portion are arranged side by side in a circumferential direction of the casing , characterized in that it further comprises: a communication passage (26 to 29) that allows the weld portion to communicate with an internal space of the casing .