mhurhangee/ep-ind-claims huggingface dataset:
A device comprising: a base layer of non-woven material; a wipe layer attached to the base layer to define an interior space between the wipe and base layers (15,20); a first substance blister positioned within the interior space, and a second substance blister positioned within the interior space, the blisters (70,75) each being burstable to release fluid therein; characterised in that the wipe layer comprises a non-woven fabric, in that the first substance blister includes a first substance, in that the second substance blister includes a second substance and in further comprising; a first indication corresponding to the first substance blister; and a second indication corresponding to the second substance blister; wherein the first and second indications are printed on the wipe or base layers (15,20). a base layer of non-woven material; a wipe layer attached to the base layer to define an interior space between the wipe and base layers (15,20); a first substance blister positioned within the interior space, and a second substance blister positioned within the interior space, the blisters (70,75) each being burstable to release fluid therein; characterised in that the wipe layer comprises a non-woven fabric, in that the first substance blister includes a first substance, in that the second substance blister includes a second substance and in further comprising; a first indication corresponding to the first substance blister; and a second indication corresponding to the second substance blister; wherein the first and second indications are printed on the wipe or base layers (15,20). a first indication corresponding to the first substance blister; and a second indication corresponding to the second substance blister; wherein the first and second indications are printed on the wipe or base layers (15,20).
An intermediate transfer medium, comprising: a substrate; and a transfer layer comprising a first intermediate layer, a second intermediate layer and a receiving layer, wherein the first intermediate layer contains a (meth)acrylic polyol resin having a glass transition temperature of 80°C or higher; wherein the second intermediate layer contains a polyester having a glass transition temperature of 45°C or higher, characterized in that the second intermediate layer further contains a filler having a mean particle diameter of 2 μm or more and 5 μm or less; and wherein the content of the filler in the second intermediate layer is 0.5% by mass or more and 5% by mass or less. a substrate; and a transfer layer comprising a first intermediate layer, a second intermediate layer and a receiving layer, wherein the first intermediate layer contains a (meth)acrylic polyol resin having a glass transition temperature of 80°C or higher; wherein the second intermediate layer contains a polyester having a glass transition temperature of 45°C or higher, characterized in that the second intermediate layer further contains a filler having a mean particle diameter of 2 μm or more and 5 μm or less; and wherein the content of the filler in the second intermediate layer is 0.5% by mass or more and 5% by mass or less.
Wiper blade for windscreen wiper, comprising a substrate made of material based on elastomer(s) covered at least partly by a coating having at least three superposed layers, referred to respectively as the inner layer, intermediate layer and outer layer, the inner layer forming a bonding primer for bonding to the intermediate layer and comprising a lubricating filler content of substantially zero, preferably zero, and the intermediate layer having a non-zero lubricating filler content that is lower than that of the outer layer, the wiper blade being characterized in that the content of lubricating fillers in the intermediate layer is between 40 and 75% by dry weight.
A system for determining the area of a sash opening (112, 126, 136) in a fume hood (100, 120, 130) formed by at least one movable sash panel (208, 218) mounted over a hood opening to an enclosure structure (102, 122, 132) of the fume hood (100, 120, 130) to reduce the area of the sash opening (112, 126, 136) when the at least one sash panel (208, 218) is moved in one direction or to expand the area of the sash opening when moved in the other direction to provide access to a work surface (104, 124, 134, 204, 208) in the fume hood (100, 120, 130) enclosure space (200, 700), the system comprising: a camera (220, 620, 720) mounted in a fume hood (100, 120, 130) enclosure space (200, 700) to capture an image of at least a portion of the hood opening; the system characterized in that it comprises: an area determining unit configured: to receive a digital representation of the image from the camera (220, 620, 720), to analyze the image by detecting edges (203a, 203b) in the image, to identify the image edges (203a, 203b) corresponding to edges (203a, 203b) of the sash opening, to determine the area of the sash opening (112, 126, 136) by applying a scaling value to the area formed by the image edges (203a, 203b) corresponding to the area of the sash opening (112, 126, 136), and to communicate the determined area of the sash opening (112, 126, 136) to a ventilation control unit. an area determining unit configured: to receive a digital representation of the image from the camera (220, 620, 720), to analyze the image by detecting edges (203a, 203b) in the image, to identify the image edges (203a, 203b) corresponding to edges (203a, 203b) of the sash opening, to determine the area of the sash opening (112, 126, 136) by applying a scaling value to the area formed by the image edges (203a, 203b) corresponding to the area of the sash opening (112, 126, 136), and to communicate the determined area of the sash opening (112, 126, 136) to a ventilation control unit. to receive a digital representation of the image from the camera (220, 620, 720), to analyze the image by detecting edges (203a, 203b) in the image, to identify the image edges (203a, 203b) corresponding to edges (203a, 203b) of the sash opening, to determine the area of the sash opening (112, 126, 136) by applying a scaling value to the area formed by the image edges (203a, 203b) corresponding to the area of the sash opening (112, 126, 136), and to communicate the determined area of the sash opening (112, 126, 136) to a ventilation control unit.
A sheet feeding apparatus comprising: at least one conveying belt that conveys an uppermost or lowermost sheet of a sheet stack placed on a conveying surface in a feed out direction and in which a plurality of airflow holes are formed; a suction unit that is arranged on a back surface side, which is the opposite side of the conveying surface of the conveying belt, and in which a first intake hole that sucks the sheet via the airflow holes is formed; at least one lifting plate (14a, 14b, 14c) that reciprocates between a first position located in a sheet accumulation direction with respect to the conveying surface and a second position located at the same height position as the conveying surface or on the back surface side with respect to the conveying surface; and a control unit that controls movement of the lifting plate (14a, 14b, 14c), characterized in that the control unit is configured to move the lifting plate (14a, 14b, 14c) from the second position to the first position when the uppermost or lowermost sheet is being conveyed, the lifting plate (14a, 14b, 14c) being configured to open a second intake hole, which is different from the first intake hole, formed in the suction unit when the lifting plate is at the first position, and to close the second intake hole when the lifting plate is at the second position. at least one conveying belt that conveys an uppermost or lowermost sheet of a sheet stack placed on a conveying surface in a feed out direction and in which a plurality of airflow holes are formed; a suction unit that is arranged on a back surface side, which is the opposite side of the conveying surface of the conveying belt, and in which a first intake hole that sucks the sheet via the airflow holes is formed; at least one lifting plate (14a, 14b, 14c) that reciprocates between a first position located in a sheet accumulation direction with respect to the conveying surface and a second position located at the same height position as the conveying surface or on the back surface side with respect to the conveying surface; and a control unit that controls movement of the lifting plate (14a, 14b, 14c), characterized in that the control unit is configured to move the lifting plate (14a, 14b, 14c) from the second position to the first position when the uppermost or lowermost sheet is being conveyed, the lifting plate (14a, 14b, 14c) being configured to open a second intake hole, which is different from the first intake hole, formed in the suction unit when the lifting plate is at the first position, and to close the second intake hole when the lifting plate is at the second position.
A method of configuring monitoring occasions for use in a network node of a wireless communication network, the method comprising: determining a physical downlink control channel, PDCCH, search space monitoring configuration for a wireless device, the PDCCH search space monitoring configuration comprising a monitoring periodicity and a number of blind decodes for each search space of a plurality of search spaces over a plurality of slots, wherein: the total number of blind decodes to be performed in a slot of the plurality of slots exceeds a total number of blind decodes that the wireless device is capable of performing in the slot; and sending the monitoring configuration to the wireless device, wherein the monitoring configuration is used by the wireless device to limit a number of blind decodes to be performed in one or more search spaces so that the total number of blind decodes in each slot is less than or equal to the total number of blind decodes that the wireless device is capable of performing in the slot, wherein the number of blind decodes are limited based on preconfigured rules for prioritizing a first search space over a second search space. determining a physical downlink control channel, PDCCH, search space monitoring configuration for a wireless device, the PDCCH search space monitoring configuration comprising a monitoring periodicity and a number of blind decodes for each search space of a plurality of search spaces over a plurality of slots, wherein: the total number of blind decodes to be performed in a slot of the plurality of slots exceeds a total number of blind decodes that the wireless device is capable of performing in the slot; and sending the monitoring configuration to the wireless device, wherein the monitoring configuration is used by the wireless device to limit a number of blind decodes to be performed in one or more search spaces so that the total number of blind decodes in each slot is less than or equal to the total number of blind decodes that the wireless device is capable of performing in the slot, wherein the number of blind decodes are limited based on preconfigured rules for prioritizing a first search space over a second search space.
A cosmetic applicator assembly comprising a polymeric brush and a twisted wire brush, wherein the polymeric brush comprises an elongated polymeric core and multiple polymeric tines protruding from said elongated polymeric core, wherein the twisted wire brush comprises a metal wire core and multiple bristles (42, 44) protruding from said metal wire core, and wherein the elongated polymeric core of the polymeric brush is complementarily engaged with at least a portion of the metal wire core of the twisted wire brush to form the cosmetic applicator assembly, characterized in that said elongated polymeric core comprises a first polymeric material of a first tensile modulus, wherein at least some of the polymeric tines comprise a second polymeric material of a second tensile modulus that is less than the first tensile modulus.
An isolated monoclonal antibody that comprises an antigen recognition site that specifically binds to the extracellular domain of human FZD5 and human FZD8, interferes with the binding between Wnt3a and soluble FZD5 Fc fusion protein comprising extracellular domain residues 1 to 233 of human FZD5 linked in frame to human IgG1 Fc, and inhibits growth of tumor cells.
A centrifugal pendulum device for a powertrain of a motor vehicle, having a support, which is rotatable about an axis of rotation, a pendulum mass, which is held on the support such that it can swing along a guide path, wherein the pendulum mass generates, during operation, a restoring torque which is directed against a rotational irregularity, a contact element, which bears against the pendulum mass, which contact element is inserted to generate a frictional resistance inhibiting a relative movement between the pendulum mass and the support, and a spring disc biasing the contact element in an axial direction of the axis of rotation towards the pendulum mass, wherein the spring disc is designed as a diaphragm spring equipped with a plurality of spring tongues, characterised in that the diaphragm spring bears against the contact element in a circumferential region of the pendulum mass with the spring tongues.
A method for controlling termites wherein said method comprises providing a molt-accelerating compound to termites for ingestion, wherein said molt-accelerating compound is selected from ecdysone and 20-hydroxyecdysone, and wherein said termites are selected from Rhinotermitidae.
A processor comprising: a plurality of cores, each core including a core power unit comprising hardware components including one or more event detectors, protected power management mode logic, a protected power management mode flag, a dedicated power management code memory, dedicated power management registers, and an operating system interface, the core power unit to: detect one or more power management events; and in response to the one or more power management events, initiate a protected power management mode in the core, wherein the protected power management mode includes disabling software interrupts to the core, wherein the core is to execute power management code stored in the dedicated power management code memory of the core power unit during the protected power management mode. detect one or more power management events; and in response to the one or more power management events, initiate a protected power management mode in the core, wherein the protected power management mode includes disabling software interrupts to the core, wherein the core is to execute power management code stored in the dedicated power management code memory of the core power unit during the protected power management mode.
A tunnel magnetoresistive effect element comprising: a magnetic tunnel junction; a side wall portion covering a side surface of the magnetic tunnel junction; and a minute particle region disposed in the side wall portion, wherein the side wall portion includes an insulation material, the minute particle region includes the insulation material and a plurality of minute magnetic metal particles dispersed in the insulation material, and the minute particle region is electrically connected in parallel with the magnetic tunnel junction. a magnetic tunnel junction; a side wall portion covering a side surface of the magnetic tunnel junction; and a minute particle region disposed in the side wall portion, wherein the side wall portion includes an insulation material, the minute particle region includes the insulation material and a plurality of minute magnetic metal particles dispersed in the insulation material, and the minute particle region is electrically connected in parallel with the magnetic tunnel junction.
An exhaust purification system comprising: an exhaust pipe that directs an exhaust gas of an internal combustion engine to the outside; a catalyst that is interposed in the exhaust pipe; an additive injection valve that is set on an exhaust upstream side of the catalyst and injects an additive to be supplied to the catalyst; and a channel portion that is interposed between the additive injection valve and the exhaust pipe, diverges outwardly from the exhaust pipe, and allows the additive injected from the additive injection valve to pass inside, characterized in that the exhaust pipe has a bend portion, the channel portion diverges outwardly from the bend portion in the exhaust pipe, there is provided a shield portion that extends from a portion located on an exhaust upstream side of a connection between the channel portion and the exhaust pipe towards the inside of the exhaust pipe located on an exhaust downstream side so as to draw away from the connection, the shield portion preventing the exhaust gas passing through the exhaust pipe from flowing into the channel portion via the connection, the channel portion is formed of a cylindrical member independent from the exhaust pipe and has an exhaust pipe -side end diagonally cut relative to an axis of the channel portion, an acutely-angled portion of the exhaust pipe-side end is positioned on the exhaust upstream side, and the shield portion projects inwardly from an inner wall of the exhaust pipe such that the shield portion of the exhaust pipe -side end of the channel portion, which is located on the exhaust upstream side, is positioned outwardly from a path of an exhaust mainstream in the exhaust pipe.
A method, comprising: determining that a first media device is within a threshold distance of a second media device, while the first media device is playing first audio content, and the second audio device is playing second audio content, wherein the first audio content is different than the second audio content; and in response to the determining: causing at least a segment of the first audio content to be played on the second media device, and causing at least a segment of the second audio content to be played on the first media device; characterized in that the playing of the at least a segment of the first audio content on the second media device continues until a time limit is reached and the playing of the at least a segment of the second audio content on the first media device continues until the time limit is reachec, and upon determining that the time limit is reached, resuming playback of the first audio content on the first media device, and resuming playback of the second audio content on the second media device. determining that a first media device is within a threshold distance of a second media device, while the first media device is playing first audio content, and the second audio device is playing second audio content, wherein the first audio content is different than the second audio content; and in response to the determining: causing at least a segment of the first audio content to be played on the second media device, and causing at least a segment of the second audio content to be played on the first media device; causing at least a segment of the first audio content to be played on the second media device, and causing at least a segment of the second audio content to be played on the first media device; characterized in that the playing of the at least a segment of the first audio content on the second media device continues until a time limit is reached and the playing of the at least a segment of the second audio content on the first media device continues until the time limit is reachec, and upon determining that the time limit is reached, resuming playback of the first audio content on the first media device, and resuming playback of the second audio content on the second media device. the playing of the at least a segment of the first audio content on the second media device continues until a time limit is reached and the playing of the at least a segment of the second audio content on the first media device continues until the time limit is reachec, and upon determining that the time limit is reached, resuming playback of the first audio content on the first media device, and resuming playback of the second audio content on the second media device.
A method for the production of polyol from palm oil, characterized by comprising the following steps: a. mixing palm oil with maleic anhydride in a reactor at a temperature between 170°C and 190°C, b. heating and agitating the mixture in step a), c. coupling the reactor to a reflux condenser, d. carrying out the reaction under permanent agitation for 3 hours. a. mixing palm oil with maleic anhydride in a reactor at a temperature between 170°C and 190°C, b. heating and agitating the mixture in step a), c. coupling the reactor to a reflux condenser, d. carrying out the reaction under permanent agitation for 3 hours.
An extracellular contrast medium (ECCM) for the use in the diagnosis of lesions, wherein the ECCM is gadolinium-DTPA (gadopentetatic acid/dimeglumine salt), wherein the ECCM is to be used in combination with a lesion-specific contrast medium (LSCM), and wherein the LSCM is selected from the group comprising 99m Tc-Medronat, 99m Tc-Sestamibi, 99m Tc-ECD, 99m Tc-MAG3, 111 ln-DTPY-octreotide, 111 In-DTPA-octreotate, 18 F-fluordesoxyglucose, 18 F-dopamine, 18 F-L-DOPA, 18 F-fluorcholine, 18 F-fluormethylethylcholin, 18 F-fluordihydro-testosterone, 68 Ga-NODAGATOC, 68 Ga-DOTYTOC, and wherein the individual contrast agents of the combination of ECCM and LSCM are imaging contrast agents to be used in a multiple synthetic imaging method (polymodal), wherein said synthetic imaging method is a fusion method selected from the group comprising PET-MRI and SPECT-MRT -and wherein either a. the ECCM and the LSCM are to be administered consecutively; or b. the ECCM and the LSCM are to be administered simultaneously, and wherein the LSCM is enriched in the lesion after 10 minutes and is retained there for at least 1 hour, and wherein the imaging signals are immediately interpolated. a. the ECCM and the LSCM are to be administered consecutively; or b. the ECCM and the LSCM are to be administered simultaneously, and
A method, comprising: sending a request over a network from a device for receiving information from an Internet address, the internet address not associated with a time protocol server; receiving a packet from the Internet address in response to the request; extracting time and date information from a header in the packet; using the extracted time and date information to initially set the current time and date for the device; sending a request for the time and date to a network time protocol server over the network (606, 620) at a point in time after initially setting the current time and date for the device; receiving a response over the network; and replacing the current time and date for the device with the time and date information from the received response if the received response is a response from the network time protocol server. sending a request over a network from a device for receiving information from an Internet address, the internet address not associated with a time protocol server; receiving a packet from the Internet address in response to the request; extracting time and date information from a header in the packet; using the extracted time and date information to initially set the current time and date for the device; sending a request for the time and date to a network time protocol server over the network (606, 620) at a point in time after initially setting the current time and date for the device; receiving a response over the network; and replacing the current time and date for the device with the time and date information from the received response if the received response is a response from the network time protocol server.