mhurhangee/patent-ind-claim-en huggingface dataset:
Multilayered wound dressing which has a width and length and has a peripheral edge, comprising (a) at least one hydrophobic antimicrobial layer , (b) at least one absorbent layer which comprises a water-containing hydrogel, and (c) a covering layer , wherein, starting from the edge of the wound dressing, at least one incision is formed, which partially separates the wound dressing , characterized in that the absorbent layer (b) extends directly to the at least one incision , wherein the absorbent layer (b) extends over essentially the entire antimicrobial layer (a) and penetrates this partially or over the entire cross-section. (a) at least one hydrophobic antimicrobial layer , (b) at least one absorbent layer which comprises a water-containing hydrogel, and (c) a covering layer ,
Air conditioning module comprising a frame and, mounted to said frame , an evaporator , a condenser and a compressor which are interconnected to form a closed circuit for a heat exchange fluid, wherein the frame further defines a first volume (V1) arranged in air communication with the evaporator and a second volume (V2), separate from the first volume (V1), arranged in air communication with the condenser , characterized in that the frame is provided with a first opening (E1) and a second opening (E2) in a stacking direction (S) on opposite sides of the first volume (V1), wherein the first volume (V1) forms a part of a continuous first air channel (C1) extending in the stacking direction (S) into the frame through the first opening (E1) and out of the frame through the second opening (E2) without passing through the evaporator .
Device for cleaning or lubricating at least a connecting section of a drill rod element , with - a housing , - a recess , which extends from at least one side opening in at least one side wall of the housing in a horizontal direction along an upper side of the housing and is designed for receiving at least a connecting section of the drill rod element , and - at least one washing means or lubricating means which is arranged along the recess , - wherein the recess is designed for horizontal insertion of at least a lower connecting section of the drill rod element when the drill rod element is substantially in vertical alignment characterized in that the recess is designed channel-like with a first opening und a second opening , and that on the channel-like recess a switch means is provided, by which, on entry of the drill rod element into the recess , the washing means or lubricating means is switched on and, on exit from the recess, the washing means or lubricating means is switched off. - a housing , - a recess , which extends from at least one side opening in at least one side wall of the housing in a horizontal direction along an upper side of the housing and is designed for receiving at least a connecting section of the drill rod element , and - at least one washing means or lubricating means which is arranged along the recess , - wherein the recess is designed for horizontal insertion of at least a lower connecting section of the drill rod element when the drill rod element is substantially in vertical alignment characterized in that the recess is designed channel-like with a first opening und a second opening , and that on the channel-like recess a switch means is provided, by which, on entry of the drill rod element into the recess , the washing means or lubricating means is switched on and, on exit from the recess, the washing means or lubricating means is switched off.
Disk for sealed attachment and support of a lining or insulation plate or mat to a supporting surface, being a wall and/or ceiling in a tunnel , the lining being intended to be fixed to the supporting surface by a number of bolts fixed in the supporting surface, fixed to the bolts by means of one or more discs and a seal providing locking and sealing surface around the bolt and the perforation of the lining , each with a through hole, intended to be threaded onto the corresponding bolt and positioned on at least one side of the lining wherein the seal faces against the bolt and lining in use and forms an integrated unit with the disc , wherein the seal comprises an outer peripheral seal arranged along the outer rim of the disc for facing the lining and an inner seal placed at the center of the disk for sealing towards the bolt characterized in that , the seal only protrudes on one side of the disk intended to face towards the lining and in that the inner seal projects, in an axial direction, out(side) of the outer peripheral seal and which comprises an approximately horizontal bottom surface configured to press against a facing surface in use.
An adhesion promotion device comprising: a main body portion formed of a biodegradable sheet having a plurality of through-holes and is configured to promote adhesion of biological tissues; and a reinforcement portion disposed on a portion of the main body portion and reinforcing the main body portion , wherein the main body portion further has a hole portion formed to have a hole diameter larger than that of each of the plurality of through-holes , wherein the reinforcement portion includes a first reinforcement portion located on an outer edge side of the main body portion and a second reinforcement portion located on an inner peripheral edge side of the hole portion , wherein the second reinforcement portion has greater strength for reinforcing the biodegradable sheet forming the main body portion than that of the first reinforcement portion . a main body portion formed of a biodegradable sheet having a plurality of through-holes and is configured to promote adhesion of biological tissues; and a reinforcement portion disposed on a portion of the main body portion and reinforcing the main body portion , wherein the main body portion further has a hole portion formed to have a hole diameter larger than that of each of the plurality of through-holes , wherein the reinforcement portion includes a first reinforcement portion located on an outer edge side of the main body portion and a second reinforcement portion located on an inner peripheral edge side of the hole portion , wherein the second reinforcement portion has greater strength for reinforcing the biodegradable sheet forming the main body portion than that of the first reinforcement portion .
A system for monitoring a joint of a patient, the system comprising: a sensor module configured to be positioned on skin of the patient near the joint, the sensor module comprising a housing, wherein the housing has a first end and a second end opposite the first end, wherein the second end is narrower than the first end indicating to the patient that the second end is to be positioned on the skin of the patient pointed toward the joint; a plurality of sensors disposed in the housing and configured and arranged to measure or observe actions or physical quantities associated with the joint; and at least one communications unit coupled to the plurality of sensors and configured and arranged to receive data from the sensors and configured and arranged to transmit sensor information to an external device; and either a) adhesive directly disposed on the housing or b) an adhesive pad coupled, or coupleable, to the housing, wherein the adhesive or adhesive pad is configured to adhere the sensor module to the skin of the patient. a sensor module configured to be positioned on skin of the patient near the joint, the sensor module comprising a housing, wherein the housing has a first end and a second end opposite the first end, wherein the second end is narrower than the first end indicating to the patient that the second end is to be positioned on the skin of the patient pointed toward the joint; a plurality of sensors disposed in the housing and configured and arranged to measure or observe actions or physical quantities associated with the joint; and at least one communications unit coupled to the plurality of sensors and configured and arranged to receive data from the sensors and configured and arranged to transmit sensor information to an external device; and a housing, wherein the housing has a first end and a second end opposite the first end, wherein the second end is narrower than the first end indicating to the patient that the second end is to be positioned on the skin of the patient pointed toward the joint; a plurality of sensors disposed in the housing and configured and arranged to measure or observe actions or physical quantities associated with the joint; and at least one communications unit coupled to the plurality of sensors and configured and arranged to receive data from the sensors and configured and arranged to transmit sensor information to an external device; and either a) adhesive directly disposed on the housing or b) an adhesive pad coupled, or coupleable, to the housing, wherein the adhesive or adhesive pad is configured to adhere the sensor module to the skin of the patient.
Thermoplastic composition , containing at least one polyolefin , which is selected from polypropylene homopolymers, and at least one elastomer component , wherein the elastomer component is selected from a polyolefin-1-alpha-olefin copolymer based on polyethylene or polypropylene, with two to eight carbon atoms in the 1-alpha-olefin moiety, which has at least partially a block structure, wherein the polyolefin-1-alpha-olefin copolymer has a density according to DIN ISO 53479 of 0.85 to 0.91, and a melt index according to DIN EN ISO 1133 of 0.2 to 30 g/10 min at 2.16 kg/190 °C, characterized in that the polyolefin-1-alpha-olefin copolymer is contained in an amount of 5 to 15% by weight.
A method of extracting a code from an audio media signal, the method comprising: processing up to a first number of first segments of the audio media signal to detect a code encoded in the audio media signal, respective ones of the first segments including a first number of samples corresponding to a first window parameter; evaluating whether the code is recoverable from at least one of the first segments of the audio media signal; in response to determining the code is not recoverable from the first segments of the audio media signal, processing up to a second number of second segments of the audio media signal to detect the code in the audio media signal, respective ones of the second segments including a second number of samples corresponding to a second window parameter larger than the first window parameter; and evaluating whether the code is recoverable from at least one of the second segments of the audio media signal. processing up to a first number of first segments of the audio media signal to detect a code encoded in the audio media signal, respective ones of the first segments including a first number of samples corresponding to a first window parameter; evaluating whether the code is recoverable from at least one of the first segments of the audio media signal; in response to determining the code is not recoverable from the first segments of the audio media signal, processing up to a second number of second segments of the audio media signal to detect the code in the audio media signal, respective ones of the second segments including a second number of samples corresponding to a second window parameter larger than the first window parameter; and evaluating whether the code is recoverable from at least one of the second segments of the audio media signal.
A method of manufacturing an electrical device, comprising: forming a softening polymer layer with an electrode layer on a surface of the softening polymer layer; forming a second softening polymer cover layer on the surface of the softening polymer layer, wherein: a mechanical neutral plane of the electrical device is located at or above the surface of the softening polymer layer, and an opening in the second softening polymer cover layer exposes a portion of a surface of the electrode layer, and wherein the softening polymer layer and the second softening polymer cover layer are composed of a softening polymer having a Young's modulus that decreases by more than 1 order of magnitude from 20° C to 50° C. forming a softening polymer layer with an electrode layer on a surface of the softening polymer layer; forming a second softening polymer cover layer on the surface of the softening polymer layer, wherein: a mechanical neutral plane of the electrical device is located at or above the surface of the softening polymer layer, and an opening in the second softening polymer cover layer exposes a portion of a surface of the electrode layer, and a mechanical neutral plane of the electrical device is located at or above the surface of the softening polymer layer, and an opening in the second softening polymer cover layer exposes a portion of a surface of the electrode layer, and wherein the softening polymer layer and the second softening polymer cover layer are composed of a softening polymer having a Young's modulus that decreases by more than 1 order of magnitude from 20° C to 50° C.
A data channel receiving method, comprising: receiving (S 102), by a terminal, indication information from a network device, wherein the indication information indicates that the terminal needs to detect data channel puncturing information and the indication information is carried in a system message or radio resource control, RRC, signaling; receiving (S 104), by the terminal, the data channel puncturing information from the network device based on the indication information, wherein the data channel puncturing information indicates a punctured resource location and the data channel puncturing information is carried in second downlink control information sent in a common search space, and wherein the punctured resource location includes a punctured time domain symbol location and/or a punctured resource block location in the data channel; and receiving (S 106), by the terminal, the data channel from the network device, and ignoring information carried at the punctured resource location in the data channel, wherein the second downlink control information is sent after the data channel is sent. receiving (S 102), by a terminal, indication information from a network device, wherein the indication information indicates that the terminal needs to detect data channel puncturing information and the indication information is carried in a system message or radio resource control, RRC, signaling; receiving (S 104), by the terminal, the data channel puncturing information from the network device based on the indication information, wherein the data channel puncturing information indicates a punctured resource location and the data channel puncturing information is carried in second downlink control information sent in a common search space, and wherein the punctured resource location includes a punctured time domain symbol location and/or a punctured resource block location in the data channel; and receiving (S 106), by the terminal, the data channel from the network device, and ignoring information carried at the punctured resource location in the data channel, wherein the second downlink control information is sent after the data channel is sent.
A ship exhaust gas cleaning apparatus, comprising: a sulfur dioxide removal device 110 configured to provide a space for inducing the reaction among ammonia (NH 3 ) and sulfur dioxide (SO 2 ) in the presence of steam (H 2 O) and oxygen (O 2 ) and convert sulfur dioxide (SO 2 ) contained in a ship exhaust gas into ammonium bisulfate (NH 4 HSO 4 ) by the reaction of sulfur dioxide (SO 2 ) and ammonia (NH 3 ); a wet scrubber 120 configured to remove the ammonium bisulfate (NH 4 HSO 4 ) generated by the sulfur dioxide removal device 110 by dissolving the ammonium bisulfate (NH 4 HSO 4 ) in a feed water, characterized in that it further comprises an SCR device 130 configured to reduce nitrogen oxide (NO x ) contained in the ship exhaust gas to nitrogen (N 2 ) for the ship exhaust gas discharged from the sulfur dioxide removal device 110. a sulfur dioxide removal device 110 configured to provide a space for inducing the reaction among ammonia (NH 3 ) and sulfur dioxide (SO 2 ) in the presence of steam (H 2 O) and oxygen (O 2 ) and convert sulfur dioxide (SO 2 ) contained in a ship exhaust gas into ammonium bisulfate (NH 4 HSO 4 ) by the reaction of sulfur dioxide (SO 2 ) and ammonia (NH 3 ); a wet scrubber 120 configured to remove the ammonium bisulfate (NH 4 HSO 4 ) generated by the sulfur dioxide removal device 110 by dissolving the ammonium bisulfate (NH 4 HSO 4 ) in a feed water, characterized in that it further comprises an SCR device 130 configured to reduce nitrogen oxide (NO x ) contained in the ship exhaust gas to nitrogen (N 2 ) for the ship exhaust gas discharged from the sulfur dioxide removal device 110.
A glycolic acid copolymer composition comprising a glycolic acid copolymer and a carboxylic anhydride, wherein the glycolic acid copolymer is a copolymer comprising two or more straight macromolecular chains A each containing a repeating unit derived from glycolic acid and being chemically bonded to a macromolecular chain B that is different from the macromolecular chains A, the macromolecular chain B is derived from a macromolecular compound having a weight average molecular weight of 1500 or greater and 250000 or less and a glass transition temperature of lower than 45°C, and a weight average molecular weight of the glycolic acid copolymer composition is 150000 or greater, measured as indicated in the description. the macromolecular chain B is derived from a macromolecular compound having a weight average molecular weight of 1500 or greater and 250000 or less and a glass transition temperature of lower than 45°C, and a weight average molecular weight of the glycolic acid copolymer composition is 150000 or greater, measured as indicated in the description.
Linear drive , comprising - a drive shaft , which is rotatable around a longitudinal axis (X), - at least one propulsion element comprising a propulsion tooth , - a gear rack , and - at least one guidance means , - wherein the at least one propulsion element is coupled to the drive shaft such that, when the drive shaft is rotated around the longitudinal axis (X), its propulsion tooth is pressed into the gear rack in order to generate a propulsion force in a cyclic motion , and characterized in that , when the propulsion tooth of the at least one propulsion element is pressed into the gear rack , the at least one guidance means forms a counteracting abutment for the at least one propulsion element . - a drive shaft , which is rotatable around a longitudinal axis (X), - at least one propulsion element comprising a propulsion tooth , - a gear rack , and - at least one guidance means , - wherein the at least one propulsion element is coupled to the drive shaft such that, when the drive shaft is rotated around the longitudinal axis (X), its propulsion tooth is pressed into the gear rack in order to generate a propulsion force in a cyclic motion , and
A rescue hoist comprising: a motor configured to drive a cable drum about a cable drum axis; a cable disposed on the cable drum and an end of the cable extending through a hoist main housing ; a hook assembly disposed on the end of the cable; a plurality of sensors , wherein each sensor is configured to sense a condition related to at least one homing factor and to produce a signal including a current state of the condition; a controller operatively connected to the motor, the controller comprising: a processor ; characterized by a memory encoded with instructions that, when executed by the processor, cause the processor to compare the current state of the condition to a threshold requirement to determine a status of the at least one homing factor, and to activate the motor to reel the hook assembly to a homed position based on the status of each of the at least one homing factors being true. a motor configured to drive a cable drum about a cable drum axis; a cable disposed on the cable drum and an end of the cable extending through a hoist main housing ; a hook assembly disposed on the end of the cable; a plurality of sensors , wherein each sensor is configured to sense a condition related to at least one homing factor and to produce a signal including a current state of the condition; a controller operatively connected to the motor, the controller comprising: a processor ; characterized by a memory encoded with instructions that, when executed by the processor, cause the processor to compare the current state of the condition to a threshold requirement to determine a status of the at least one homing factor, and to activate the motor to reel the hook assembly to a homed position based on the status of each of the at least one homing factors being true. a processor ; characterized by a memory encoded with instructions that, when executed by the processor, cause the processor to compare the current state of the condition to a threshold requirement to determine a status of the at least one homing factor, and to activate the motor to reel the hook assembly to a homed position based on the status of each of the at least one homing factors being true.
A method for remote configuration of a node comprising: transmitting, over an IEEE 802.11-based wireless network, configuration information from a first node to a second node over a wireless communication channel shared by the first and second nodes, the configuration information designating network configuration parameters to remotely configure the second node for network communications, the network configuration parameters at least including a network identifier of an IEEE 802.11-based wireless network for the second node to join and encryption information for enabling the second node to establish a network connection; and transmitting the configuration information in a configuration frame, the configuration frame recognized by the second node as an instruction for configuring the second node for network communications according to the configuration information, wherein the first node generates the frame by including a remote configuration frame identifier in the frame, the remote configuration frame identifier specifying that the frame is a configuration frame, in case of accepting the configuration information by the second node, receiving a confirmation from the second node serving as an acknowledgement of the acceptance of the configuration in response to accepting the configuration information; and in case of denying the configuration information by the second node, receiving a confirmation from the second node indicating that the configuration was denied. transmitting, over an IEEE 802.11-based wireless network, configuration information from a first node to a second node over a wireless communication channel shared by the first and second nodes, the configuration information designating network configuration parameters to remotely configure the second node for network communications, the network configuration parameters at least including a network identifier of an IEEE 802.11-based wireless network for the second node to join and encryption information for enabling the second node to establish a network connection; and transmitting the configuration information in a configuration frame, the configuration frame recognized by the second node as an instruction for configuring the second node for network communications according to the configuration information, wherein the first node generates the frame by including a remote configuration frame identifier in the frame, the remote configuration frame identifier specifying that the frame is a configuration frame, in case of accepting the configuration information by the second node, receiving a confirmation from the second node serving as an acknowledgement of the acceptance of the configuration in response to accepting the configuration information; and in case of denying the configuration information by the second node, receiving a confirmation from the second node indicating that the configuration was denied.