mhurhangee/patent-ind-claim-en huggingface dataset:
A multi-function core for treating a tissue site, comprising: a contact layer comprising collagen and configured to be positioned adjacent to the tissue site; a wicking layer adjacent to the contact layer ; an ion exchange layer adjacent to the wicking layer ; an absorbing layer adjacent to the ion exchange layer ; and a blocking layer arranged to prevent liquid flow through the blocking layer by creating a pressure barrier for liquid movement, the blocking layer positioned adjacent to the absorbing layer; wherein each of the contact layer, the wicking layer, the ion exchange layer, the absorbing layer, and the blocking layer are formed from a plurality of fibers. a contact layer comprising collagen and configured to be positioned adjacent to the tissue site; a wicking layer adjacent to the contact layer ; an ion exchange layer adjacent to the wicking layer ; an absorbing layer adjacent to the ion exchange layer ; and a blocking layer arranged to prevent liquid flow through the blocking layer by creating a pressure barrier for liquid movement, the blocking layer positioned adjacent to the absorbing layer; wherein each of the contact layer, the wicking layer, the ion exchange layer, the absorbing layer, and the blocking layer are formed from a plurality of fibers.
A microbial production cell genetically engineered to synthesize a product, said microbial cell further comprising: a. a first essential gene operably linked to a first burden-sensing promoter and b. a second essential gene operatively linked to a second burden-sensing promoter, wherein said first burden-sensing promoter is heterologous with respect to said first essential gene, and said second burden-sensing promoter is heterologous with respect to said second essential gene; wherein synthesis of the product confers a burden on said cell, and wherein expression of said first essential genes is up-regulated when said first burden-sensing promoter is induced by said burden relative to a basal level expression of said first essential gene when said first burden-sensing promoter is not induced, and expression of said second essential gene is up-regulated when said second burden-sensing promoter is induced by said burden relative to a basal level expression of said second essential gene when said second burden-sensing promoter is not induced. a. a first essential gene operably linked to a first burden-sensing promoter and b. a second essential gene operatively linked to a second burden-sensing promoter, wherein said first burden-sensing promoter is heterologous with respect to said first essential gene, and said second burden-sensing promoter is heterologous with respect to said second essential gene; wherein synthesis of the product confers a burden on said cell, and wherein expression of said first essential genes is up-regulated when said first burden-sensing promoter is induced by said burden relative to a basal level expression of said first essential gene when said first burden-sensing promoter is not induced, and expression of said second essential gene is up-regulated when said second burden-sensing promoter is induced by said burden relative to a basal level expression of said second essential gene when said second burden-sensing promoter is not induced.
An electrode for a battery, comprising: a current collector having a first surface; characterized in that , a composite layer is disposed in a first region on the first surface of the current collector , the composite layer including a first material with a scaffold structure and a second material mixed with the scaffold structure, wherein the second material includes an electrochemically active material for the battery; an insulation layer is disposed in a second region surrounding the first region on the first surface of the current collector ; and a protection layer covers the composite layer and the insulation layer on the first surface of the current collector , wherein the insulation layer covers any place on the first surface of the current collector that is not covered by the composite layer . a current collector having a first surface; characterized in that , a composite layer is disposed in a first region on the first surface of the current collector , the composite layer including a first material with a scaffold structure and a second material mixed with the scaffold structure, wherein the second material includes an electrochemically active material for the battery; an insulation layer is disposed in a second region surrounding the first region on the first surface of the current collector ; and a protection layer covers the composite layer and the insulation layer on the first surface of the current collector , wherein the insulation layer covers any place on the first surface of the current collector that is not covered by the composite layer .
Use of a xylylenediisocyanate composition comprising xylylenediisocyanate and a compound represented by Chemical Formula below for the preparation of a resin, wherein 0.6 ppm or more and 60 ppm or less of the compound represented by Chemical Formula below is contained:
A pipeline pig signal device comprising: a trigger cavity internal to the pipeline pig signal device and housing a magnet and at least a portion of a trigger and a sealing means and a pre-injected incompressible fluid; the sealing means located toward a lower end of the trigger cavity and above the housed portion of the trigger , the pre-injected incompressible fluid surrounds the magnet , the sealing means providing for flexing, the sealing means arranged to prevent pipeline debris from coming into contact with the pre-injected incompressible fluid and magnet by preventing pipeline debris from entering a portion of the trigger cavity located above the sealing means . a trigger cavity internal to the pipeline pig signal device and housing a magnet and at least a portion of a trigger and a sealing means and a pre-injected incompressible fluid; the sealing means located toward a lower end of the trigger cavity and above the housed portion of the trigger , the pre-injected incompressible fluid surrounds the magnet , the sealing means providing for flexing, the sealing means arranged to prevent pipeline debris from coming into contact with the pre-injected incompressible fluid and magnet by preventing pipeline debris from entering a portion of the trigger cavity located above the sealing means .
A coated metal sheet comprising: a metal sheet, and an overcoat coating film disposed on the metal sheet, wherein the overcoat coating film comprises a resin component, as the main component, comprising fluorine resin and acrylic resin, a gloss adjusting agent which is composed solely of silica particles having micropores which open to a surface of the silica particles and a matting agent which is primary particles having no micropores, a mass ratio between fluorine resin and acrylic resin is 50:50 to 85:15, a content of the gloss adjusting agent in the overcoat coating film is from 0.01 to 15vol%, a content of the matting agent in the overcoat coating film is from 0.01 to 15vol%, and the coated metal sheet satisfies the following equations: D 1 97.5 / T ≤ 0.9 Ru ≤ 1.2 ⁢ T R 1 ≥ 1.0 0.5 ≤ D 2 97.5 / T ≤ 7.0 3 ≤ T ≤ 40 wherein R1 (μm) is a number average particle diameter of the gloss adjusting agent, T (μm) is a film thickness of the overcoat coating film, D1 97.5 (μm) is a 97.5% particle diameter in an accumulated particle size distribution of the gloss adjusting agent based on the number of particles, D2 97.5 (μm) is a 97.5% particle diameter in an accumulated particle size distribution of the matting agent based on the number of particles, and Ru (μm) is an upper limit particle diameter in a number particle size distribution of the gloss adjusting agent. a metal sheet, and an overcoat coating film disposed on the metal sheet, wherein the overcoat coating film comprises a resin component, as the main component, comprising fluorine resin and acrylic resin, a gloss adjusting agent which is composed solely of silica particles having micropores which open to a surface of the silica particles and a matting agent which is primary particles having no micropores, a mass ratio between fluorine resin and acrylic resin is 50:50 to 85:15, a content of the gloss adjusting agent in the overcoat coating film is from 0.01 to 15vol%, a content of the matting agent in the overcoat coating film is from 0.01 to 15vol%, and the coated metal sheet satisfies the following equations: D 1 97.5 / T ≤ 0.9 Ru ≤ 1.2 ⁢ T R 1 ≥ 1.0 0.5 ≤ D 2 97.5 / T ≤ 7.0 3 ≤ T ≤ 40 wherein R1 (μm) is a number average particle diameter of the gloss adjusting agent, T (μm) is a film thickness of the overcoat coating film, D1 97.5 (μm) is a 97.5% particle diameter in an accumulated particle size distribution of the gloss adjusting agent based on the number of particles, D2 97.5 (μm) is a 97.5% particle diameter in an accumulated particle size distribution of the matting agent based on the number of particles, and Ru (μm) is an upper limit particle diameter in a number particle size distribution of the gloss adjusting agent.
A method of wireless communication at a user equipment, UE, comprising: receiving a Channel State Information Reference Signal, CSI-RS, on different reception beams in different symbols, wherein at least one reception beam is a current serving reception beam; and determining whether to switch to the second reception beam based on a spectral efficiency metric and a Channel State Feedback, CSF, opportunity for the second reception beam, wherein when a current precoding matrix indicator, PMI, and rank indicator, RI, configuration will result in a lower quality for the second reception beam during a transient period than a Channel Quality Indicator, CQI, for the current serving reception beam, the determining whether to switch includes determining whether the CQI for the second reception beam coupled to the current PMI and RI is lower than the CQI for the current serving reception beam by not more than a threshold amount, wherein the threshold amount is defined to control an amount of degradation in Modulation and Coding Scheme, MCS, and CQI units during the transient period. receiving a Channel State Information Reference Signal, CSI-RS, on different reception beams in different symbols, wherein at least one reception beam is a current serving reception beam; and determining whether to switch to the second reception beam based on a spectral efficiency metric and a Channel State Feedback, CSF, opportunity for the second reception beam, wherein when a current precoding matrix indicator, PMI, and rank indicator, RI, configuration will result in a lower quality for the second reception beam during a transient period than a Channel Quality Indicator, CQI, for the current serving reception beam, the determining whether to switch includes determining whether the CQI for the second reception beam coupled to the current PMI and RI is lower than the CQI for the current serving reception beam by not more than a threshold amount, wherein the threshold amount is defined to control an amount of degradation in Modulation and Coding Scheme, MCS, and CQI units during the transient period.
A container for transporting a vehicle therein is essentially rectangular in construction with a first and a second end face, two long sides , a bottom and a top , wherein the container comprises a floor element , a frame structure and at least two cover elements and the frame structure builds on the floor element and, in the region of the top , the at least two cover elements are hinged to the frame structure in such a way that they can be swung upward away from the floor element when the container is in an open state, characterized in that the at least two cover elements cover the end faces , the long sides , and the top of the container when in a closed state, and the floor element covers the bottom of the container .
A communication method, wherein a multiple number of activated electronic portable communication devices (21-24) are operatively connected to a server via wireless communication channels, the server performing a data processing process on data transmitted by said devices (21-24), the method comprising the steps of: - monitoring a short range wireless connection (S1-S4) between an activated electronic portable communication device (21-24) and a smart watch (31-34) worn by a person using said communication device (21-24), and - generating, responsive to the monitoring step, a monitoring signal in the server , the monitoring signal interacting with the data processing process, wherein the step of monitoring the short range wireless connection (S1-S4) includes checking whether the distance between the activated electronic portable communication device (21-25) and the smart watch (31-34) is larger than a predetermined distance, wherein the outcome of the monitoring step is negative if the communication device is not in the proximity of the person wearing the smart watch; wherein the method further includes an authentication process including scanning a personalized smart card , and wherein a short range wireless connection (S1-S4) between an activated communication device (21-24) and a smart watch (31-34) is established when brought in proximity if an identity associated with said smart watch (31-35) matches with the identity of said smart card . - monitoring a short range wireless connection (S1-S4) between an activated electronic portable communication device (21-24) and a smart watch (31-34) worn by a person using said communication device (21-24), and - generating, responsive to the monitoring step, a monitoring signal in the server , the monitoring signal interacting with the data processing process,
Metering device comprising: • a valve body provided with a valve suitable for moving between a closed position and an open position, • a transmission shaft having a first end connected to the valve and a second end connected to a cam element , • a rotary electric actuator comprising a stator assembly and a rotor assembly which rotates about a rotary shaft , the rotor assembly comprising: • a magnetic yoke which supports • a rotor magnet ; characterized in that the rotor assembly also comprises a roller which is directly fixed on the magnetic yoke , is eccentric with respect to the rotary shaft and is movably positioned in the cam element so as to transform the rotary movement of the rotor assembly into a movement of the transmission shaft , in that a permanent magnet is fixed on the cam element , the permanent magnet collaborating with a magneto-sensitive element fixed on the stator assembly to form a position sensor, and in that the cam element is made of a ferromagnetic material. • a valve body provided with a valve suitable for moving between a closed position and an open position, • a transmission shaft having a first end connected to the valve and a second end connected to a cam element , • a rotary electric actuator comprising a stator assembly and a rotor assembly which rotates about a rotary shaft , the rotor assembly comprising: • a magnetic yoke which supports • a rotor magnet ; • a magnetic yoke which supports • a rotor magnet ;
A vehicle-to-implement hitch comprising a force transfer hitch connector adapted to provide a hitch point to which an implement can be connected, the hitch is movable between a stowed configuration and a deployed configuration and is deployable from a vehicle in use, wherein the hitch comprises at least one extendable actuator , characterised in that the hitch furthermore comprises at least two flexible tensioning members , whereby the flexible tensioning members and the actuator respectively connect the hitch point to different positions on a vehicle, whereby in the deployed position the tensioning members assume a generally triangular configuration with the hitch point formed at an apex thereof, whereby the actuator when being fully extended and exposed to an overload is no longer fully extended.
A jelly comprising 0.03 to 5 wt% of an equol- and ornithine-containing fermented soybean hypocotyl.
An electronic device , comprising: a battery ; a coil; a wireless charging circuit electrically connected to the coil ; a power management module configured to control a charge state of a battery by using power supplied from a receiving circuit ; and a processor operatively connected to the wireless charging circuit and the power management module , characterised in that the processor is configured to: transmit a request for identification information to an external device ; receive the identification information of the external device from the external device ; and determine whether the external device is configured to transmit a first predetermined power or a second predetermined power higher than the first predetermined power based on the identification information of the external device ; in response to determining that the external device is configured to transmit the second predetermined power, transmit a request for encrypted authentication information to the external device to perform authentication with respect to the external device ; when the external device is an unauthenticated device, request the external device to transmit the first predetermined power regardless of whether the external device is configured to transmit the second predetermined power; and when the external device is an authenticated device, request the external device to transmit the second predetermined power. a battery ; a coil; a wireless charging circuit electrically connected to the coil ; a power management module configured to control a charge state of a battery by using power supplied from a receiving circuit ; and a processor operatively connected to the wireless charging circuit and the power management module , transmit a request for identification information to an external device ; receive the identification information of the external device from the external device ; and determine whether the external device is configured to transmit a first predetermined power or a second predetermined power higher than the first predetermined power based on the identification information of the external device ; in response to determining that the external device is configured to transmit the second predetermined power, transmit a request for encrypted authentication information to the external device to perform authentication with respect to the external device ; when the external device is an unauthenticated device, request the external device to transmit the first predetermined power regardless of whether the external device is configured to transmit the second predetermined power; and when the external device is an authenticated device, request the external device to transmit the second predetermined power.
A driving screw based adjusting mechanism for adjusting the shoulder straps length of a backpack for fitting the position of the backpack to the torso length of a wearer, said adjusting mechanism comprises: a. A shell like element configured to be attached to the back wall of the backpack for holding a driving screw and a slider ; b. The driving screw connected to a key , said key is configured to allow rotation of the driving screw clockwise and counter clockwise; and c. The slider configured to be attached to a shoulder straps belt of the backpack and further to be latched onto the shell like element , with the driving screw threaded within it; characterized in that rotation of the driving screw clockwise and counter clockwise functionally slides the slider upward and downward along the driving screw so that the slider slides upward and downward along the shell like element together with the shoulder straps belt of the backpack that are attached to the slider , thereby enabling elongation/shortening of the backpack shoulder straps length. a. A shell like element configured to be attached to the back wall of the backpack for holding a driving screw and a slider ; b. The driving screw connected to a key , said key is configured to allow rotation of the driving screw clockwise and counter clockwise; and c. The slider configured to be attached to a shoulder straps belt of the backpack and further to be latched onto the shell like element , with the driving screw threaded within it;
An anode composition for lithium ion batteries, comprising: a) from 5% to 90% by weight of a silicon-based active material; b) from 5% to 35% by weight of a binder, wherein the binder is oxystarch, wherein the oxystarch is a material prepared by partially oxidizing corn starch so that part of the hydroxyl groups in the corn starch are converted into carboxyl groups, wherein the corn starch is a natural mixture of amylose and amylopectin; and c) from 0 to 85% by weight of carbon material, wherein the weight percents of each component are based on the total weight of the anode composition. a) from 5% to 90% by weight of a silicon-based active material; b) from 5% to 35% by weight of a binder, wherein the binder is oxystarch, wherein the oxystarch is a material prepared by partially oxidizing corn starch so that part of the hydroxyl groups in the corn starch are converted into carboxyl groups, wherein the corn starch is a natural mixture of amylose and amylopectin; and c) from 0 to 85% by weight of carbon material,
A method to obtain total compensation force information of a user input device , characterised in that forces induced by inertial effects of the user input device can be mitigated, the method comprising: obtaining velocity information of a portion of the user input device ; obtaining acceleration information of the portion of the user input device ; obtaining damping compensation force information based on the velocity information ; obtaining inertial compensation force information based on the acceleration information , the inertial compensation force information representing physical inertial effects of the portion of the user input device ; and combining the damping compensation force information and inertial compensation force information to provide a total compensation force information (360; 520) of the user input device, wherein the method further comprises compensating a sensed force acting on the user input device based on the total compensation force information (360; 520). obtaining velocity information of a portion of the user input device ; obtaining acceleration information of the portion of the user input device ; obtaining damping compensation force information based on the velocity information ; obtaining inertial compensation force information based on the acceleration information , the inertial compensation force information representing physical inertial effects of the portion of the user input device ; and combining the damping compensation force information and inertial compensation force information to provide a total compensation force information (360; 520) of the user input device, wherein the method further comprises compensating a sensed force acting on the user input device based on the total compensation force information (360; 520).
An anti-C3d antibody or antibody fragment comprising a heavy chain variable region comprising SEQ ID NO: 1 as heavy chain complementary determining region-1 (CDRH1); SEQ ID NO: 2 as heavy chain complementary determining region-2 (CDRH2); and SEQ ID NO: 3 or 4 as heavy chain complementary determining region-3 (CDRH3); and a light chain variable region comprising SEQ ID NO: 5 as light chain complementary determining region-1 (CDRL1); SEQ ID NO: 6 as light chain complementary determining region-2 (CDRL2); and SEQ ID NO: 7 as light chain complementary determining region-3 (CDRL3).