mhurhangee/ep-ind-claims huggingface dataset:
A seaming element (120, 140) for seaming a first seamable edge of an industrial textile to a second seamable edge of the industrial textile, the seaming element (120, 140) being constructed and arranged to be affixed to the first seamable edge and comprising (i) an elongate body (110, 130) folded along its length at a folded connection region comprising a plurality of channelled protrusions engageable with and securable to corresponding channelled protrusions of a complementary seaming element affixed to the second seamable edge; (ii) first and second body members extending from respective edges of the folded connection region and each having a free edge (37a, 37b), each of the first and second body members being constructed and arranged to be directly securable to the first seamable edge; and (iii) at least one layer of film material; wherein: each of the first and second body members comprises a longitudinal profiled region (25a, 25b) having at least one ridge region (30a, 30b) and a plurality of shoulders (35a,36a, 35b,36b), the longitudinal profiled region (25a, 25b) proximate and substantially parallel to the respective free edge (37a, 37b); the longitudinal profiled regions (25a, 25b) are located in opposed parallel relation so that one ridge region is located directly above the other ridge region; and a gap is formed between the interior surfaces (31a, 31b) of the ridge regions (30a, 30b). (i) an elongate body (110, 130) folded along its length at a folded connection region comprising a plurality of channelled protrusions engageable with and securable to corresponding channelled protrusions of a complementary seaming element affixed to the second seamable edge; (ii) first and second body members extending from respective edges of the folded connection region and each having a free edge (37a, 37b), each of the first and second body members being constructed and arranged to be directly securable to the first seamable edge; and (iii) at least one layer of film material; each of the first and second body members comprises a longitudinal profiled region (25a, 25b) having at least one ridge region (30a, 30b) and a plurality of shoulders (35a,36a, 35b,36b), the longitudinal profiled region (25a, 25b) proximate and substantially parallel to the respective free edge (37a, 37b); the longitudinal profiled regions (25a, 25b) are located in opposed parallel relation so that one ridge region is located directly above the other ridge region; and a gap is formed between the interior surfaces (31a, 31b) of the ridge regions (30a, 30b).
Cutting tool having at least one maschining cutting knife which is difficult to manipulate by hand and which is interchangeably retained in a knife window of a rotary-driven tool shaft of a base body of the cutting tool, characterised in that at least one knife holder serving for handling and connected to the cutting knife via a predetermined breaking point is attached to the cutting knife.
A method for identifying one or more nucleotides in a polynucleotide, the method comprising (a) extending an initializing oligonucleotide along the polynucleotide by ligating an oligonucleotide probe having a blocking moiety thereto to form an extended duplex which is not capable of ligating to a further oligonucleotide probe; and (b) identifying one or more nucleotides of the polynucleotide by a fluorescent label on the ligated oligonucleotide probe. (a) extending an initializing oligonucleotide along the polynucleotide by ligating an oligonucleotide probe having a blocking moiety thereto to form an extended duplex which is not capable of ligating to a further oligonucleotide probe; and (b) identifying one or more nucleotides of the polynucleotide by a fluorescent label on the ligated oligonucleotide probe.
Process for geographical location of a cellular terminal within a cellular land mobile network for finding a home base station, the home base station making available network access to the cellular land mobile network for cellular terminals and being accessible to a limited subscriber group, each cell (102, 103, 104) of the cellular land mobile network is identified by an identifier which is broadcasted by each cell, wherein the combination of the identifiers of cells (102, 103, 104) that can be received at a certain geographical position constitutes a unique configuration (130, 140), the geographical position of the home base station having such a unique configuration (130, 140), the cellular terminal is configured to receiving and processing these identifiers and to storing one or more identifiers and/or unique configurations (130, 140), and wherein the cellular terminal searches for the home base station if the identifiers of the cells (102, 103, 104) that are received by the cellular terminal at its current position matches the unique configuration (130, 140) stored in the cellular terminal, wherein the home base station determines at regular time intervals the unique configuration (130, 140) of identifiers of cells (102, 103, 104) that are received at the geographical position of the home base station and recognizes a change of the cell identity of a cell (102, 103, 104) of the cellular land mobile network, and if the identifier of one or more cells (102, 103, 104) is changed, the change constituting a new unique configuration, the new identifier and/or the new configuration is transmitted by the home base station in the form of a short message or text message or over a data channel to the cellular terminal of the limited subscriber group by means of a cellular terminal integrated into the home base station, and the new identifier and/or the new configuration is stored in the cellular terminal.
An electronic device (300, 400) comprising: a speaker module including a front surface for outputting sound, and a side surface adjacent to the front surface; and a speaker housing at least partially enclosing the speaker module, wherein the speaker housing includes: a first separation member configured to separate a first cavity at least partially open to an exterior of the speaker housing from a second cavity formed adjacent to the front surface of the speaker module, and a driver disposed in a third cavity extending from the second cavity to generate an air pressure differential between the second cavity and the first cavity, characterised in that the driver comprises: a motor housing; a vibrator configured to reciprocate along a driving shaft within a cavity of the motor housing; a member (631, 632) configured to generate the air pressure differential by affecting a flow of air generated by reciprocation of the vibrator; and a blocking member disposed to shield between a first opening of the motor housing through which external air enters and a second opening of the motor housing through which air is discharged in the third cavity. a speaker module including a front surface for outputting sound, and a side surface adjacent to the front surface; and a speaker housing at least partially enclosing the speaker module, wherein the speaker housing includes: a first separation member configured to separate a first cavity at least partially open to an exterior of the speaker housing from a second cavity formed adjacent to the front surface of the speaker module, and a driver disposed in a third cavity extending from the second cavity to generate an air pressure differential between the second cavity and the first cavity, a first separation member configured to separate a first cavity at least partially open to an exterior of the speaker housing from a second cavity formed adjacent to the front surface of the speaker module, and a driver disposed in a third cavity extending from the second cavity to generate an air pressure differential between the second cavity and the first cavity, characterised in that the driver comprises: a motor housing; a vibrator configured to reciprocate along a driving shaft within a cavity of the motor housing; a member (631, 632) configured to generate the air pressure differential by affecting a flow of air generated by reciprocation of the vibrator; and a blocking member disposed to shield between a first opening of the motor housing through which external air enters and a second opening of the motor housing through which air is discharged in the third cavity. a motor housing; a vibrator configured to reciprocate along a driving shaft within a cavity of the motor housing; a member (631, 632) configured to generate the air pressure differential by affecting a flow of air generated by reciprocation of the vibrator; and a blocking member disposed to shield between a first opening of the motor housing through which external air enters and a second opening of the motor housing through which air is discharged in the third cavity.
An isolated nucleic acid molecule encoding SORBS3 for use in a method of treating HCC in a subject, comprising administering to the subject a therapeutically effective amount of the nucleic acid molecule.
A method for manufacturing a biocompatible cathode for use in a biocompatible battery, wherein the biocompatible battery is for use in, or proximate to, the body of a living organism in a biomedical device, the method comprising the steps of: obtaining toluene, manganese dioxide, carbon black, and polyisobutylene; filtering toluene; sieving manganese dioxide; sieving carbon black; sieving polyisobutylene; mixing the toluene and the polyisobutylene into a liquid phase pre-mixture; mixing the manganese dioxide and carbon black into a solid phase pre-mixture; checking a quality of both the solid and liquid phase pre-mixtures (1232, 1234); mixing the solid phase pre-mixture and liquid phase pre-mixture into a cathode slurry mixture; filtering the cathode slurry mixture; storing the cathode slurry mixture; obtaining a laminar structure wherein the laminar structure has a cavity; filtering the stored cathode slurry mixture; distributing the filtered cathode slurry mixture into the cavity of the laminar structure; and drying the cathode slurry mixture to form a biocompatible cathode for use in a biocompatible battery. obtaining toluene, manganese dioxide, carbon black, and polyisobutylene; filtering toluene; sieving manganese dioxide; sieving carbon black; sieving polyisobutylene; mixing the toluene and the polyisobutylene into a liquid phase pre-mixture; mixing the manganese dioxide and carbon black into a solid phase pre-mixture; checking a quality of both the solid and liquid phase pre-mixtures (1232, 1234); mixing the solid phase pre-mixture and liquid phase pre-mixture into a cathode slurry mixture; filtering the cathode slurry mixture; storing the cathode slurry mixture; obtaining a laminar structure wherein the laminar structure has a cavity; filtering the stored cathode slurry mixture; distributing the filtered cathode slurry mixture into the cavity of the laminar structure; and drying the cathode slurry mixture to form a biocompatible cathode for use in a biocompatible battery.
An automatic takeoff system comprising: at least one air data measuring sensor; at least one inertial sensor; and at least one processor coupled to the air data measuring sensor and the inertial sensor, the at least one processor accessing takeoff speeds VR and V2 to provide both longitudinal and lateral-directional control surface control to provide automatic takeoff of an aircraft; characterised in that the at least one processor is configured to command the aircraft to a bank angle in which an optimal take-off performance is achieved, and limiting the bank angle to avoid the wing tips hitting the ground. at least one air data measuring sensor; at least one inertial sensor; and at least one processor coupled to the air data measuring sensor and the inertial sensor, the at least one processor accessing takeoff speeds VR and V2 to provide both longitudinal and lateral-directional control surface control to provide automatic takeoff of an aircraft; characterised in that the at least one processor is configured to command the aircraft to a bank angle in which an optimal take-off performance is achieved, and limiting the bank angle to avoid the wing tips hitting the ground.
A safety catch release mechanism for release of a safety catch in a hood lock of a vehicle, said safety catch release mechanism comprising - a handle member, which is adapted for manual operation, - a safety catch operating member, which is adapted to be connected to said hood lock in order to release said safety catch, said handle member being displaceable from a first position, corresponding to a closed hood of said vehicle, to a second position, in which said handle member is manually operable, said handle member further being displaceable from said second position to a third position, corresponding to said hood lock being released, said displacement of said handle member from said first position to said second position is independent of said safety catch operating member, and in that said handle member during displacement from said second position to said third position concurrently displaces said safety catch operating member from a first position, corresponding to said hood lock being retained by said safety catch, to a second position, corresponding to releasing said safety catch, wherein said safety catch release mechanism further comprises an insert member at least partly housing said handle member and said safety catch operating member, said handle member and said safety catch operating member being pivotally connected to said insert member. - a handle member, which is adapted for manual operation, - a safety catch operating member, which is adapted to be connected to said hood lock in order to release said safety catch,
Vehicle opening leaf comprising: - a frame; - a panel fixed to the frame, and - a seal adapted to keep the panel in position on the frame and having a groove intended to receive a lug (302, 408) of the one element among the frame or the panel, the opening leaf being characterized in that the seal has a convex shape open in the opposite direction to the groove and oriented towards the other element among the panel or the frame, each of the two ends of the open convex shape having a surface bearing against the other element among the panel or the frame. - a frame; - a panel fixed to the frame, and - a seal adapted to keep the panel in position on the frame and having a groove intended to receive a lug (302, 408) of the one element among the frame or the panel,
A system comprising: a display device displaying a 3-D object having a plurality of layered surfaces; a controlling device adapted to transmit commands to control functional operations of the display device having an accelerometer wherein operational software of the controlling device responds to a signal generated by the accelerometer indicative of z- axis navigational movement of the controlling device made to initiate a transmission of a communication to the display device to cause a different surface of the 3-D object to be displayed by the display device, wherein the controlling device is elongate with a longitudinal axis and the z-axis is along the longitudinal axis of the controlling device, substantially orthogonal to a display plane of the display; wherein operational software of the controlling device differentiates, based on at least one of the speed and length of z-axis motion of the controlling device, between a signal generated by the accelerometer indicative of z-axis navigational movement of the controlling device made to initiate a transmission of a communication to the display device to cause a different surface of the 3-D object to be displayed by the display device and a signal generated by the accelerometer indicative of z-axis navigation movement of the controlling device made to initiate a transmission of a command to cause the 3-D object displayed within the display device to be moved within the display of the display device. a display device displaying a 3-D object having a plurality of layered surfaces; a controlling device adapted to transmit commands to control functional operations of the display device having an accelerometer wherein operational software of the controlling device responds to a signal generated by the accelerometer indicative of z- axis navigational movement of the controlling device made to initiate a transmission of a communication to the display device to cause a different surface of the 3-D object to be displayed by the display device, wherein the controlling device is elongate with a longitudinal axis and the z-axis is along the longitudinal axis of the controlling device, substantially orthogonal to a display plane of the display; wherein operational software of the controlling device differentiates, based on at least one of the speed and length of z-axis motion of the controlling device, between a signal generated by the accelerometer indicative of z-axis navigational movement of the controlling device made to initiate a transmission of a communication to the display device to cause a different surface of the 3-D object to be displayed by the display device and a signal generated by the accelerometer indicative of z-axis navigation movement of the controlling device made to initiate a transmission of a command to cause the 3-D object displayed within the display device to be moved within the display of the display device.
A chiller apparatus configured to cool a liquid, vapor or other medium, comprising: - a refrigeration system, the refrigeration system comprising: - a condenser; - a compressor; - a temperature controller; - a heat exchanger, wherein the condenser, compressor and temperature controller are contained inside a housing, wherein the heat exchanger is external to the housing, wherein the heat exchanger is configured to be exposed to a liquid, vapor or other medium in a vessel, and from which heat is to be removed by the heat exchanger, and wherein the condenser, compressor, temperature controller and heat exchanger are integrated into a single standalone chiller apparatus, said chilled apparatus further comprising a heat exchanger arm extending substantially horizontally from the housing, - wherein the heat exchanger suspends substantially vertically from the heat exchanger arm, - wherein the heat exchanger arm mechanically connects the heat exchanger to the refrigeration system housed in the housing, characterized in that the heat exchanger arm further comprises a sleeve (280,300,320) for attaching a housing enclosing the heat exchanger, wherein the sleeve (280,300,320) comprises a cylindrical housing with a first end having a coupling element, including a locking mechanism and a collar. - a refrigeration system, the refrigeration system comprising: - a condenser; - a compressor; - a temperature controller; - a condenser; - a compressor; - a temperature controller; - a heat exchanger, wherein the condenser, compressor and temperature controller are contained inside a housing, wherein the heat exchanger is external to the housing, wherein the heat exchanger is configured to be exposed to a liquid, vapor or other medium in a vessel, and from which heat is to be removed by the heat exchanger, and wherein the condenser, compressor, temperature controller and heat exchanger are integrated into a single standalone chiller apparatus, said chilled apparatus further comprising a heat exchanger arm extending substantially horizontally from the housing, - wherein the heat exchanger suspends substantially vertically from the heat exchanger arm, - wherein the heat exchanger arm mechanically connects the heat exchanger to the refrigeration system housed in the housing, characterized in that the heat exchanger arm further comprises a sleeve (280,300,320) for attaching a housing enclosing the heat exchanger, wherein the sleeve (280,300,320) comprises a cylindrical housing with a first end having a coupling element, including a locking mechanism and a collar. - wherein the heat exchanger suspends substantially vertically from the heat exchanger arm, - wherein the heat exchanger arm mechanically connects the heat exchanger to the refrigeration system housed in the housing, characterized in that the heat exchanger arm further comprises a sleeve (280,300,320) for attaching a housing enclosing the heat exchanger, wherein the sleeve (280,300,320) comprises a cylindrical housing with a first end having a coupling element, including a locking mechanism and a collar.
A method of receiving control channel messages in a wireless communication system, comprising: determining assigned physical channel resources for a shared signaling channel, wherein logical control channel resources are allocated to the shared signaling channel, are selected from logical resources reserved for the shared signaling channel, wherein a variable amount of logical resources is allocated to the shared signaling channel, and wherein any logical resources not used for the shared signaling channel are available for allocation to data transmission, and wherein the logical resources used for the shared signaling channel are assigned to physical channel resources to obtain the assigned physical channel resources for the shared signaling channel, wherein the logical control channel resources are distinct from logical traffic channel resources available for data transmission, and wherein the assigned physical channel resources correspond to combinations of sub-carriers and symbols; receiving at least one message on at least a portion of the assigned physical channel resources; and decoding the at least one message. determining assigned physical channel resources for a shared signaling channel, wherein logical control channel resources are allocated to the shared signaling channel, are selected from logical resources reserved for the shared signaling channel, wherein a variable amount of logical resources is allocated to the shared signaling channel, and wherein any logical resources not used for the shared signaling channel are available for allocation to data transmission, and wherein the logical resources used for the shared signaling channel are assigned to physical channel resources to obtain the assigned physical channel resources for the shared signaling channel, wherein the logical control channel resources are distinct from logical traffic channel resources available for data transmission, and wherein the assigned physical channel resources correspond to combinations of sub-carriers and symbols; receiving at least one message on at least a portion of the assigned physical channel resources; and decoding the at least one message.
A method of enhancing the productivity of a formation penetrated by a well, said method comprising: introducing into the well a well treatment fluid comprising an unhydrated borated galactomannan gum, and a crosslinking agent, wherein the unhydrated borated galactomannan gum pumped into the well, prior to being crosslinked or cured, has incorporated borate ions; and wherein multiple productive zones within the formation are isolated from each other by hardening of the well treatment fluid by crosslinking the borated galactomannan gum. introducing into the well a well treatment fluid comprising an unhydrated borated galactomannan gum, and a crosslinking agent, wherein the unhydrated borated galactomannan gum pumped into the well, prior to being crosslinked or cured, has incorporated borate ions; and wherein multiple productive zones within the formation are isolated from each other by hardening of the well treatment fluid by crosslinking the borated galactomannan gum.