mhurhangee/patent-ind-claim-en huggingface dataset:
A system for passively monitoring multiple user devices at a location at which at least one media hub device is deployed, the system comprising: an offer management system configured to provide targeted offers to a customer with the user devices; a media hub device comprising one or more physical processors programmed by one or more computer program instructions to: obtain a network address of the offer management system ; receive, from the network address, a configuration data for the media hub device ; passively monitor, at the location, one or more user devices on a wireless communication channel; obtain identification information for the one or more user devices, the identification information including at least first identification information for a first user device; determine that the first identification information is associated with information indicating, in the first user device, a retailer-specific client application; identify media targeted for the first user device; and transmit the media to the first user device via the wireless communication channel. an offer management system configured to provide targeted offers to a customer with the user devices; a media hub device comprising one or more physical processors programmed by one or more computer program instructions to: obtain a network address of the offer management system ; receive, from the network address, a configuration data for the media hub device ; passively monitor, at the location, one or more user devices on a wireless communication channel; obtain identification information for the one or more user devices, the identification information including at least first identification information for a first user device; determine that the first identification information is associated with information indicating, in the first user device, a retailer-specific client application; identify media targeted for the first user device; and transmit the media to the first user device via the wireless communication channel. obtain a network address of the offer management system ; receive, from the network address, a configuration data for the media hub device ; passively monitor, at the location, one or more user devices on a wireless communication channel; obtain identification information for the one or more user devices, the identification information including at least first identification information for a first user device; determine that the first identification information is associated with information indicating, in the first user device, a retailer-specific client application; identify media targeted for the first user device; and transmit the media to the first user device via the wireless communication channel.
Lever gear for a drive rod fitting which is arranged in a concealed manner in a rebate space and has an operating lever which can be pivoted relative to a faceplate for driving a drive rod guided longitudinally displaceably on the faceplate , and with a lifting device for moving the operating lever from a lowered basic position into a projecting operating position, and with a holding device for holding the operating lever in the lowered basic position, characterized in that the holding device has a longitudinally movable slider and in that the slider is movable from a holding position holding the operating lever in the basic position into a release position that lifts the operating lever into the operating position.
Sanitary fitting arrangement , including a sanitary fitting , in particular a toilet or a urinal, having a collecting bowl , an inlet which opens out into the collecting bowl and an outlet which leads away from the collecting bowl , and a line section which communicates fluidically with the inlet and has a wall , which surrounds a channel , and a throttle element by way of which the cross section of the channel can be modified, wherein the line section is connectable to a flush water source, and wherein the throttle element is arranged in such a manner with respect to the sanitary fitting that the throttle element is adjustable in the state where it communicates fluidically with the flushing water source, characterized in that the throttle element includes a retention portion which, whilst the throttle element is being inserted into the line section , is modifiable in its geometry from an original state into an assembly state and, once the throttle element has been inserted fully into the line section , passes into the original state in which the throttle element can no longer be disassembled from the line section.
A casein kinase 1 inhibitor for use in the treatment of facioscapulohumeral muscular dystrophy (FSHD), wherein the casein kinase 1 inhibitor reduces DUX4 expression.
Device for the automated preparation of food, the device comprising: - at least one preparation vessel which is substantially rotationally symmetrical about a rotation axis (R) and is designed to accommodate at least one foodstuff; - at least one mixing device which is designed to mix the contents of the preparation vessel ; wherein the preparation vessel has a coupling element which extends substantially along the axis of rotation (R), characterized in that coupling element is designed to cooperate with a complementary coupling element of the mixing device , so that the preparation vessel is received in the mixing device and can be set in rotation about the axis of rotation (R) of the preparation vessel , wherein the device further comprises: - at least one first manipulator which is designed to handle the at least one preparation vessel . - at least one preparation vessel which is substantially rotationally symmetrical about a rotation axis (R) and is designed to accommodate at least one foodstuff; - at least one mixing device which is designed to mix the contents of the preparation vessel ; wherein the preparation vessel has a coupling element which extends substantially along the axis of rotation (R), characterized in that coupling element is designed to cooperate with a complementary coupling element of the mixing device , so that the preparation vessel is received in the mixing device and can be set in rotation about the axis of rotation (R) of the preparation vessel , wherein the device further comprises: - at least one first manipulator which is designed to handle the at least one preparation vessel . wherein the preparation vessel has a coupling element which extends substantially along the axis of rotation (R), characterized in that coupling element is designed to cooperate with a complementary coupling element of the mixing device , so that the preparation vessel is received in the mixing device and can be set in rotation about the axis of rotation (R) of the preparation vessel , wherein the device further comprises: - at least one first manipulator which is designed to handle the at least one preparation vessel . - at least one first manipulator which is designed to handle the at least one preparation vessel .
A bag assembly for handling effluent from a hydroblasting operation, the bag assembly comprising: a containment bag comprising: a throat opening configured to interface with an end of a vessel, a sidewall extending longitudinally from the throat opening, and a sleeve that is (i) formed of a resilient material, (ii) located circumferentially around the containment bag near the throat opening, and (iii) configured to resist impingement by hydroblasting fluid directly from a hydro blasting wand; a drain in the bag configured to enable draining of the fluid collected in the containment bag; characterized in that the containment bag comprises an anti-static means coupled to or within at least one of the sidewall and the sleeve. a containment bag comprising: a throat opening configured to interface with an end of a vessel, a sidewall extending longitudinally from the throat opening, and a sleeve that is (i) formed of a resilient material, (ii) located circumferentially around the containment bag near the throat opening, and (iii) configured to resist impingement by hydroblasting fluid directly from a hydro blasting wand; a throat opening configured to interface with an end of a vessel, a sidewall extending longitudinally from the throat opening, and a sleeve that is (i) formed of a resilient material, (ii) located circumferentially around the containment bag near the throat opening, and (iii) configured to resist impingement by hydroblasting fluid directly from a hydro blasting wand; a drain in the bag configured to enable draining of the fluid collected in the containment bag;
An electric walk behind greens mower , comprising: a traction drum supporting the mower, and split into a left drum and a right drum ; a pair of electric traction drive motors on the mower including a first electric traction drive motor rotating the left drum and a second electric traction drive motor rotating the right drum ; and a pair of control levers mounted on a handle of the mower including a left control lever controlling the rotational speed of the second electric traction drive motor and a right control lever controlling the rotational speed of the first electric traction drive motor ; characterized in that the mower includes: an electronic controller , a proximity sensor to determine the location of the mower relative to the edge of the green, and an automated clean-up pass feature in which the electronic controller on the mower is configured to control the speed of the first electric traction drive motor and the second electric traction drive motor in response to signals the controller receives from the proximity sensor . a traction drum supporting the mower, and split into a left drum and a right drum ; a pair of electric traction drive motors on the mower including a first electric traction drive motor rotating the left drum and a second electric traction drive motor rotating the right drum ; and a pair of control levers mounted on a handle of the mower including a left control lever controlling the rotational speed of the second electric traction drive motor and a right control lever controlling the rotational speed of the first electric traction drive motor ; characterized in that the mower includes: an electronic controller , a proximity sensor to determine the location of the mower relative to the edge of the green, and an automated clean-up pass feature in which the electronic controller on the mower is configured to control the speed of the first electric traction drive motor and the second electric traction drive motor in response to signals the controller receives from the proximity sensor . an electronic controller , a proximity sensor to determine the location of the mower relative to the edge of the green, and an automated clean-up pass feature in which the electronic controller on the mower is configured to control the speed of the first electric traction drive motor and the second electric traction drive motor in response to signals the controller receives from the proximity sensor .
A busbar assembly, the busbar assembly comprising a first conductor structure and a second conductor structure, the first conductor structure and the second conductor structure not being directly electrically connected to one another, the first conductor structure comprising a first sub-conductor structure and a second sub-conductor structure, the first sub-conductor structure and the second sub-conductor structure being electrically connected, the first and second sub-conductor structures being designed and arranged relative to the second conductor structure in such a way that a first current force between the first sub-conductor structure and the second conductor structure at least partially compensates for a second current force between the second sub-conductor structure and the second conductor structure, the first sub-conductor structure being designed as a first conductor plate , the second sub-conductor structure being designed as a second conductor plate , the second conductor structure being designed as a third conductor plate , the first, second and third conductor plates being arranged parallel to and with a predetermined distance from one another, the third conductor plate being arranged between the first and second conductor plates , a first spacer being arranged between the first conductor plate and the third conductor plate , and a second spacer being arranged between the second conductor plate and the third conductor plate , the first conductor plate and the conductor plate being mechanically connected to one another, the first conductor plate and the second conductor plate being connected by at least one connecting means, the connecting means extending through an opening of the third conductor plate , characterized in that a portion of a spacer assembly extends through the opening of the third conductor plate , the spacer assembly comprising or forming the first spacer and the second spacer .
A method of operating a distillery or biorefinery, wherein said distillery or biorefinery converts biomass from a bin into a biofuel or biochemical , and wherein said biofuel or biochemical is purified by distillation , said method comprising biomass milling, cooking and fermentation steps and: (i) utilizing a mechanical vapor recompression (MVR) unit to recover heat of said distillation and provide a reduction in process thermal energy usage in said distillery or biorefinery; and (ii) utilizing a combined heat and power (CHP) system having a CHP engine and electrical generator , to provide mechanical and electrical energy for driving said MVR unit , wherein residual waste heat of said CHP system offsets said process thermal energy usage in said distillery or biorefinery, in conjunction with said MVR unit ; and wherein integration of said MVR unit with said CHP system is balanced to optimize process energy requirements, process carbon intensity, and/or process energy costs, wherein said MVR unit comprises multiple compressors , wherein cascaded heat from said distillation is integrated with multiple stillage evaporations , and wherein compressed biofuel or biochemical vapors and generated steam are returned to said distillation . (i) utilizing a mechanical vapor recompression (MVR) unit to recover heat of said distillation and provide a reduction in process thermal energy usage in said distillery or biorefinery; and (ii) utilizing a combined heat and power (CHP) system having a CHP engine and electrical generator , to provide mechanical and electrical energy for driving said MVR unit , wherein residual waste heat of said CHP system offsets said process thermal energy usage in said distillery or biorefinery, in conjunction with said MVR unit ; and wherein integration of said MVR unit with said CHP system is balanced to optimize process energy requirements, process carbon intensity, and/or process energy costs, wherein said MVR unit comprises multiple compressors , wherein cascaded heat from said distillation is integrated with multiple stillage evaporations , and wherein compressed biofuel or biochemical vapors and generated steam are returned to said distillation .
A control method of a fluid device , characterized by the steps of: (a) providing the fluid device , which is integrally manufactured by a micro-electro-mechanical-system process, wherein a plurality of flow guiding units (101 to 140) are manufactured by the micro-electro-mechanical-system process and are connected to each other so as to integrally form the fluid device ; (b) dividing the flow guiding units (101 to 140) into a plurality of groups (A1 to A4) so as to be controlled group by group, wherein the groups (A1 to A4) are electrically connected to a control module , and wherein any two adjacent ones of the flow guiding units (101 to 140) are controlled to be driven asynchronously; and (c) generating a driving signal by the control module for a corresponding one of the groups (A1 to A4), wherein the control module generates a high level signal to a specific one of the groups (A1 to A4), so that the flow guiding units (101 to 140) of the specific one of the groups (A1 to A4) are driven to transport fluid, and thereby controlling the fluid device to discharge a specific amount of fluid. (a) providing the fluid device , which is integrally manufactured by a micro-electro-mechanical-system process, wherein a plurality of flow guiding units (101 to 140) are manufactured by the micro-electro-mechanical-system process and are connected to each other so as to integrally form the fluid device ; (b) dividing the flow guiding units (101 to 140) into a plurality of groups (A1 to A4) so as to be controlled group by group, wherein the groups (A1 to A4) are electrically connected to a control module , and wherein any two adjacent ones of the flow guiding units (101 to 140) are controlled to be driven asynchronously; and (c) generating a driving signal by the control module for a corresponding one of the groups (A1 to A4), wherein the control module generates a high level signal to a specific one of the groups (A1 to A4), so that the flow guiding units (101 to 140) of the specific one of the groups (A1 to A4) are driven to transport fluid, and thereby controlling the fluid device to discharge a specific amount of fluid.
A device for exercising reaction to stimuli , said device comprising: - a proximity sensor , adapted to detect presence in a proximal sensing range of said proximity sensor ; - two or more indicators , each indicator being configured to generate a respective stimulus indicative for a respective direction ; wherein each respective stimulus is generated to train a physical movement required to move along said respective direction associated with said respective stimulus ; and - a controller configured to instruct one of said two of more indicators to generate said respective stimulus for said respective direction upon detection of said presence . - a proximity sensor , adapted to detect presence in a proximal sensing range of said proximity sensor ; - two or more indicators , each indicator being configured to generate a respective stimulus indicative for a respective direction ; wherein each respective stimulus is generated to train a physical movement required to move along said respective direction associated with said respective stimulus ; and - a controller configured to instruct one of said two of more indicators to generate said respective stimulus for said respective direction upon detection of said presence .
A mask adapted to be worn on a face, the mask comprising a main body that covers at least a portion of the face, wherein the main body comprises a resin film having air permeability through the thickness thereof, the resin film is a non-porous film having through holes extending through the thickness of the film and has no passage that allows through-thickness air permeation other than the through holes , the diameter of the through holes is 0.01 μm or more and 30 μm or less, the density of the through holes in the resin film is 10 holes/cm 2 or more and 1 × 10 8 holes/cm 2 or less, the shapes of the cross-section and opening of the through holes are circular or elliptical, and the open area ratio in the resin film is 50% or less. the main body comprises a resin film having air permeability through the thickness thereof, the resin film is a non-porous film having through holes extending through the thickness of the film and has no passage that allows through-thickness air permeation other than the through holes , the diameter of the through holes is 0.01 μm or more and 30 μm or less, the density of the through holes in the resin film is 10 holes/cm 2 or more and 1 × 10 8 holes/cm 2 or less, the shapes of the cross-section and opening of the through holes are circular or elliptical, and the open area ratio in the resin film is 50% or less.
Method for assisting a driver of a vehicle, in particular a commercial vehicle, wherein a speed control system is provided, by means of which the speed of the vehicle can be automatically controlled and/or set, wherein the speed control system is coupled in a data-transmitting manner to an information device having speed information about the section of road being driven at the time, wherein it is determined by means of the speed control system whether the vehicle controlled by means of the speed control system is at the time observing the applicable speed limits and/or will in the future observe the applicable speed limits, and that, if the vehicle is not observing the applicable speed limits, the speed of the vehicle is automatically changed by means of the speed control system while taking into account the applicable speed limits, characterized in that , if the speed of the vehicle is changed by means of the speed control system , the speed of the vehicle is changed by means of the speed control system while taking into account the energy consumption and/or the brake wear of the vehicle .
A method for purifying dimethyl sulfoxide, comprising distilling a dimethyl sulfoxide-containing liquid in the presence of sodium carbonate in an inert gas atmosphere under reduced pressure to distill out dimethyl sulfoxide, an amount of the sodium carbonate with respect to 100 g of pure dimethyl sulfoxide in a residual liquid after the distillation being from 10 to 500 times the amount of the sodium carbonate with respect to 100 g of the pure dimethyl sulfoxide in the dimethyl sulfoxide-containing liquid before the distillation wherein the temperature during the distillation is from 131°C to 160°C.
A repair-welding material for die, having a composition consisting of, by mass%: 0.18%≤C≤0.35%, 0.01%≤Si≤0.20%, 1.30%≤Mn≤1.90%, 0.50%≤Cr≤1.50%, 1.50%≤Mo≤2.50%, 0.30%≤V≤1.00%, N≤0.020%, O≤0.0050%, Ni≤0.50%, Cu≤0.50%, Co≤0.10%, P≤0.030%, S≤0.050%, Al<0.050%, W<0.10%, Nb<0.10%, Ta<0.01%, Ti<0.10%, Zr<0.01%, B<0.010%, Ca<0.010%, Se<0.03%, Te<0.01%, Bi<0.01%, Pb<0.03%, Mg<0.02%, and REM<0.10%, with the balance being Fe and inevitable impurities. 0.18%≤C≤0.35%, 0.01%≤Si≤0.20%, 1.30%≤Mn≤1.90%, 0.50%≤Cr≤1.50%, 1.50%≤Mo≤2.50%, 0.30%≤V≤1.00%, N≤0.020%, O≤0.0050%, Ni≤0.50%, Cu≤0.50%, Co≤0.10%, P≤0.030%, S≤0.050%, Al<0.050%, W<0.10%, Nb<0.10%, Ta<0.01%, Ti<0.10%, Zr<0.01%, B<0.010%, Ca<0.010%, Se<0.03%, Te<0.01%, Bi<0.01%, Pb<0.03%, Mg<0.02%, and REM<0.10%,
A biopsy device , comprising: (a) a body; (b) a needle extending distally from the body, the needle including a tip and a transverse aperture proximal to the tip, wherein the needle defines a longitudinal axis, wherein the needle is selectively rotatable relative to the body about the longitudinal axis; (c) a cutter movable relative to the needle to sever tissue protruding through the transverse aperture; and (d) a needle rotation assembly, characterized in that : the needle rotation assembly comprises a rotation knob , and in that the needle rotation assembly is configured to substantially prevent rotation of the needle about the longitudinal axis when the rotation knob of the needle rotation assembly is in a first longitudinal position, wherein the needle rotation assembly is further configured to permit rotation of the needle about the longitudinal axis when the rotation knob of the needle rotation assembly is in a second longitudinal position. (a) a body; (b) a needle extending distally from the body, the needle including a tip and a transverse aperture proximal to the tip, wherein the needle defines a longitudinal axis, wherein the needle is selectively rotatable relative to the body about the longitudinal axis; (c) a cutter movable relative to the needle to sever tissue protruding through the transverse aperture; and (d) a needle rotation assembly, the needle rotation assembly comprises a rotation knob , and in that the needle rotation assembly is configured to substantially prevent rotation of the needle about the longitudinal axis when the rotation knob of the needle rotation assembly is in a first longitudinal position, wherein the needle rotation assembly is further configured to permit rotation of the needle about the longitudinal axis when the rotation knob of the needle rotation assembly is in a second longitudinal position.