mhurhangee/patent-ind-claim-en huggingface dataset:
An article comprising: 1) a fibrous substrate and 2) porous polymeric particles, wherein at least 50% of the porous polymeric particles are bound to the fibrous substrate, wherein the fibrous substrate comprises fibers having a lower glass transition temperature than the degradation temperature of the porous polymeric particles, and wherein the porous polymeric particles comprise a polymerized product of a reaction mixture comprising: 1) a first phase having a first volume and comprising i) a compound of Formula (II) HO(-CH 2 CH(OH)CH 2 O) n -H (II) wherein n is an integer equal to at least 1; and ii) a nonionic surfactant; 2) a second phase having a second volume and being dispersed in the first phase, wherein the first volume is greater than the second volume and wherein the second phase comprises i) a monomer composition comprising at least 10 weight percent of a first monomer of Formula (I) CHz=C(R 1 )-(CO)-O[-CH 2 -CH 2 -O] p -(CO)-C(R 1 )=CH 2 (I) based on a total weight of the monomer composition, wherein p is an integer equal to at least 1 and R 1 is hydrogen or alkyl; and ii) a poly(propylene glycol) having a weight average molecular weight of at least 500 grams/mole, wherein the poly(propylene glycol) is removed from the polymerized product to provide the porous polymeric particles. 1) a first phase having a first volume and comprising i) a compound of Formula (II) HO(-CH 2 CH(OH)CH 2 O) n -H (II) wherein n is an integer equal to at least 1; and ii) a nonionic surfactant; i) a compound of Formula (II) HO(-CH 2 CH(OH)CH 2 O) n -H (II) wherein n is an integer equal to at least 1; and ii) a nonionic surfactant; 2) a second phase having a second volume and being dispersed in the first phase, wherein the first volume is greater than the second volume and wherein the second phase comprises i) a monomer composition comprising at least 10 weight percent of a first monomer of Formula (I) CHz=C(R 1 )-(CO)-O[-CH 2 -CH 2 -O] p -(CO)-C(R 1 )=CH 2 (I) based on a total weight of the monomer composition, wherein p is an integer equal to at least 1 and R 1 is hydrogen or alkyl; and ii) a poly(propylene glycol) having a weight average molecular weight of at least 500 grams/mole, wherein the poly(propylene glycol) is removed from the polymerized product to provide the porous polymeric particles. i) a monomer composition comprising at least 10 weight percent of a first monomer of Formula (I) CHz=C(R 1 )-(CO)-O[-CH 2 -CH 2 -O] p -(CO)-C(R 1 )=CH 2 (I) based on a total weight of the monomer composition, wherein p is an integer equal to at least 1 and R 1 is hydrogen or alkyl; and ii) a poly(propylene glycol) having a weight average molecular weight of at least 500 grams/mole,
A snap trap enclosure for placement on the ground, the snap trap enclosure comprising: - a housing with a rat and/or mouse entry opening positioned in the side wall ; and - a snap trap positioned within the housing ; wherein the housing further comprises a tunnel extending from the rat and/or mouse entry opening and towards the snap trap ; characterized in that a plate of a material suitable for a rat and/or mouse to gnaw through is blocking the tunnel such that a rat and/or mouse cannot reach the snap trap without gnawing through said plate . - a housing with a rat and/or mouse entry opening positioned in the side wall ; and - a snap trap positioned within the housing ; wherein the housing further comprises a tunnel extending from the rat and/or mouse entry opening and towards the snap trap ;
A parallel link robot comprising: a base ; a movable portion ; three link portions connecting the base and the movable portion ; and three actuators for driving the three link portions , wherein each of the three actuators is a linear actuator supported on the base to be rotatable about a first predetermined axis (A1) and has a main body portion and a shaft portion for linearly moving relative to the main body portion , and each of the three link portions has a driving link supported on the base to be rotatable about a second predetermined axis (A2) and connected to the linear actuator and a driven link connecting the driving link and the movable portion , wherein the driven link has paired parallel links connected to the driving link via a first joint and connected to the movable portion via a second joint , the paired parallel links have equal lengths with each other and a parallelogram is formed by the paired parallel links and the first and second joints so that the movable portion carries out translational movements in directions of an x-axis, a y-axis, and a z-axis relative to the base, when the linear actuator extends and contracts, the driving link rotates relative to the base about said second predetermined axis (A2) of the driving link and the movable portion carries out the translational movements parallel to the base in the directions of the x-axis, the y-axis, and the z-axis, and a length of the driving link from said second predetermined axis (A2) to a position of connection between the linear actuator and the driving link is shorter than a length of the driving link from said second predetermined axis (A2) to a position of connection between the driving link and the driven link .
Support and stabilisation unit for a web being advanced in its longitudinal direction above the unit from upstream to downstream, comprising in series: - at least one rotating support roller that is configured to come into contact with an underside of the web , - at least one rotating anti-vibration roller , and - at least one tensioning device of the web comprising: - a guiding face oriented towards the underside of the web , - an internal cavity, leading to the outside of the device via an outlet opening oriented towards the guiding face and - an inlet of air to the inside of the internal cavity , for generating on the web a force (F2) oriented in the direction of the guiding face ; the anti-vibration roller being arranged between the support roller and the tensioning device , characterised in that the highest point of the anti-vibration roller is placed above the highest point of the guiding face of the adjacent tensioning device and below the highest point of the adjacent support roller . - at least one rotating support roller that is configured to come into contact with an underside of the web , - at least one rotating anti-vibration roller , and - at least one tensioning device of the web comprising: - a guiding face oriented towards the underside of the web , - an internal cavity, leading to the outside of the device via an outlet opening oriented towards the guiding face and - an inlet of air to the inside of the internal cavity , for generating on the web a force (F2) oriented in the direction of the guiding face ; the anti-vibration roller being arranged between the support roller and the tensioning device , characterised in that the highest point of the anti-vibration roller is placed above the highest point of the guiding face of the adjacent tensioning device and below the highest point of the adjacent support roller . - a guiding face oriented towards the underside of the web , - an internal cavity, leading to the outside of the device via an outlet opening oriented towards the guiding face and - an inlet of air to the inside of the internal cavity , for generating on the web a force (F2) oriented in the direction of the guiding face ; the anti-vibration roller being arranged between the support roller and the tensioning device , characterised in that the highest point of the anti-vibration roller is placed above the highest point of the guiding face of the adjacent tensioning device and below the highest point of the adjacent support roller .
Medical product, which is either entirely or partially implantable, with a negatively charged surface for repulsing bacteria, characterized by a superficially bonded substance with a permanent negative excess charge, which substance is inert against cells of the human body and the bacteria contained therein and does not show any pharmacological or otherwise harmful effect, wherein one or more different phosphonic or sulfonic acids, as substance carrying negative charges, are covalently bonded to the surface via a peptide bond and deprotonated and the resulting negative charge is stabilized by the establishment of a mesomerism.
A method performed by a control apparatus for controlling devices (122A-122N, 162A-162M) connected to the control apparatus, wherein the control apparatus is configured to communicate with a server and with the devices, (122A-122N, 162A-162M), the method comprising the steps of : receiving, , from a server, a service rule in a general form comprising a trigger condition information and comprising an executing action information about an action to be performed by one of the devices according to whether the trigger condition is satisfied and further comprising at least one of a device type indicating a type of a device to which the service rule is to be applied and a device location indicating a location of a device to which the service rule is to be applied; selecting one of the devices (122A-122N, 162A-162M) connected to the control apparatus and from among devices having the type corresponding to the device type and devices installed at the location corresponding to the device location based on the received service rule ; modifying the received service rule to control the selected device based on a technical specification of hardware and software of the selected device, wherein the modifying comprises: changing the executing action information into a control command for controlling the selected device; and controlling the selected device by transmitting the control command to the selected device. receiving, , from a server, a service rule in a general form comprising a trigger condition information and comprising an executing action information about an action to be performed by one of the devices according to whether the trigger condition is satisfied and further comprising at least one of a device type indicating a type of a device to which the service rule is to be applied and a device location indicating a location of a device to which the service rule is to be applied; selecting one of the devices (122A-122N, 162A-162M) connected to the control apparatus and from among devices having the type corresponding to the device type and devices installed at the location corresponding to the device location based on the received service rule ; modifying the received service rule to control the selected device based on a technical specification of hardware and software of the selected device, wherein the modifying comprises: changing the executing action information into a control command for controlling the selected device; and controlling the selected device by transmitting the control command to the selected device.
An attenuated Mycoplasma hyopneumoniae (Mhp) strain AN306, which is deposited in China Center for Type Culture Collection (CCTCC) with an accession number: CCTCC NO. M2012431.
An image capturing apparatus for capturing an image of a palm , the image capturing apparatus comprising: an image pickup unit configured to capture the image of the palm ; a light source unit configured to evenly illuminate with light a plane intersecting an optical axis of the image pickup unit at a prescribed angle, wherein the plane is determined by a scope where an image-capturing scope of the image pickup unit and an illumination scope of the light source unit are overlapping and a light intensity distribution is roughly even on a surface of the palm when the plane includes the surface of the palm; a process unit configured to obtain the light intensity distribution on the surface of the palm by analyzing pixel values of the image of the palm which is illuminated with the light, to determine whether the palm and the light source unit are in a proximate state on the basis of the light intensity distribution, wherein the proximate state is a state in which the captured image is unclear, and to generate guidance information reporting that the palm and the light source unit are in the proximate state when the palm and the light source unit are determined to be in the proximate state; and an output unit configured to output the guidance information. an image pickup unit configured to capture the image of the palm ; a light source unit configured to evenly illuminate with light a plane intersecting an optical axis of the image pickup unit at a prescribed angle, wherein the plane is determined by a scope where an image-capturing scope of the image pickup unit and an illumination scope of the light source unit are overlapping and a light intensity distribution is roughly even on a surface of the palm when the plane includes the surface of the palm; a process unit configured to obtain the light intensity distribution on the surface of the palm by analyzing pixel values of the image of the palm which is illuminated with the light, to determine whether the palm and the light source unit are in a proximate state on the basis of the light intensity distribution, wherein the proximate state is a state in which the captured image is unclear, and to generate guidance information reporting that the palm and the light source unit are in the proximate state when the palm and the light source unit are determined to be in the proximate state; and an output unit configured to output the guidance information.
A visible and adjustable hanging-bracket group for anchoring a wall cupboard to a wall, comprising a structure carrying a protruding arm equipped with a hook suitable for being hooked to a support fixed to said wall, a first and a second regulation mechanism of the position in depth and inclination, respectively, of said protruding arm , a flange extending from said bearing structure for fixing said hanging bracket to a shoulder of said wall cupboard , a hole for the passage of fixing means of said hanging bracket to said shoulder being provided in said flange , said flange also comprises an element resistant to shear stress protruding from said flange towards said shoulder of said wall cupboard , said element resistant to shear stress collaborating with said fixing means for a stable positioning of said hanging bracket on said shoulder of said wall cupboard , wherein said element resistant to shear stress is an element in the form of bushing or cylindrical plug, having a circular section, that extends from said flange , wherein said flange has a pair of elements resistant to shear stress and a pair of fixing means , wherein each element of said pair of elements resistant to shear stress is arranged in a different position with respect to a relative hole for each fixing means of said pair of fixing means , characterized in that the alternation of an element resistant to shear stress with a hole for the passage of the respective fixing means , is provided along said at least one flange , and at least one pair, comprising an element resistant to shear stress and a hole for the passage of the respective fixing means , is provided in correspondence with each of the ends of said at least one flange , said at least one element resistant to shear stress and/or said at least one fixing means are not aligned with each other but are positioned offset with respect to each other, or with respect to the others, on said at least one flange .
Method for determining system resistance of at least one power supply of a handheld medical device , the method comprising a) generating at least one excitation voltage signal , wherein the excitation voltage signal comprises at least one direct current (DC) voltage signal; b) applying the excitation voltage signal to at least one reference resistor having a predetermined or pre-defined resistance value, wherein the reference resistor is arranged in series with the power supply ; c) measuring a response signal of the power supply ; d) determining a signal flank from the response signal and determining an ohmic signal portion from one or both of shape and height of the signal flank; e) determining the system resistance of the power supply from the ohmic signal portion characterized in that the excitation voltage signal has a fast transition DC flank of 20 ns or less, wherein the response signal is a voltage change at the reference resistor in response to the applied excitation voltage signal which is determined between the reference resistor and the power supply . a) generating at least one excitation voltage signal , wherein the excitation voltage signal comprises at least one direct current (DC) voltage signal; b) applying the excitation voltage signal to at least one reference resistor having a predetermined or pre-defined resistance value, wherein the reference resistor is arranged in series with the power supply ; c) measuring a response signal of the power supply ; d) determining a signal flank from the response signal and determining an ohmic signal portion from one or both of shape and height of the signal flank; e) determining the system resistance of the power supply from the ohmic signal portion
Apparatus for supplying a consumer with a fluid medium, which apparatus has two supply networks , wherein each supply network respectively has a source , line elements and at least one plug connector for connecting at least two line elements, via which supply network the consumer can be supplied with the medium by the source , wherein one source is able to provide a larger volumetric flow per unit time than the other source , wherein each at least one plug connector of a supply network has a plug and a coupling with a coding for connecting the plug to the coupling in a manner protected against transposition, with the result that it is ensured that the consumer is sufficiently supplied with the medium, wherein a first plug connector with a first coding and at least one second plug connector with a second coding are provided, wherein the first coding differs from the second coding , wherein at least two consumers can be supplied with a medium by the respective source at the same time via one of the supply networks, and wherein the two codings are designed such that only connections can be established, with the result that the amount of fluid medium required by the at least two consumers per unit time is not greater than the maximum amount of fluid medium that can be provided by the respective source per unit time. wherein each supply network respectively has a source , line elements and at least one plug connector for connecting at least two line elements, via which supply network the consumer can be supplied with the medium by the source , wherein one source is able to provide a larger volumetric flow per unit time than the other source , wherein each at least one plug connector of a supply network has a plug and a coupling with a coding for connecting the plug to the coupling in a manner protected against transposition, with the result that it is ensured that the consumer is sufficiently supplied with the medium, wherein a first plug connector with a first coding and at least one second plug connector with a second coding are provided, wherein the first coding differs from the second coding , wherein at least two consumers can be supplied with a medium by the respective source at the same time via one of the supply networks, and wherein the two codings are designed such that only connections can be established, with the result that the amount of fluid medium required by the at least two consumers per unit time is not greater than the maximum amount of fluid medium that can be provided by the respective source per unit time.
Method for extracting a dry pre-stored bodily fluid from a sample, comprising the steps of: - making available a device for extraction of dry pre-stored bodily fluid, said device having a lab-on-a-chip system with a receiving region , which is provided for receiving a sample having at least one bodily fluid in a dry pre-stored form in a carrier material , and with a discharging region for discharging the extracted bodily fluid from the sample , wherein an extraction of the dry pre-stored bodily fluid from the sample can take place in the receiving region , - making available a sample , which has at least one dry pre-stored bodily fluid in a carrier material ; - extracting the dry pre-stored bodily fluid from the sample in the receiving region ; and - discharging the bodily fluid, extracted from the sample , in the discharging region of the device , characterized in that the extracting of the dry pre-stored bodily fluid from the sample is effected by pumping an elution solution to and fro through the carrier material of the sample for a predetermined time. - making available a device for extraction of dry pre-stored bodily fluid, said device having a lab-on-a-chip system with a receiving region , which is provided for receiving a sample having at least one bodily fluid in a dry pre-stored form in a carrier material , and with a discharging region for discharging the extracted bodily fluid from the sample , wherein an extraction of the dry pre-stored bodily fluid from the sample can take place in the receiving region , - making available a sample , which has at least one dry pre-stored bodily fluid in a carrier material ; - extracting the dry pre-stored bodily fluid from the sample in the receiving region ; and - discharging the bodily fluid, extracted from the sample , in the discharging region of the device ,
An apparatus for delivering tumor treating fields, the apparatus comprising: a plurality of sets of electrode elements (A, B; 52); a plurality of temperature sensors positioned to measure a temperature at each of the sets of electrode elements (A, B; 52); and an AC voltage generator configured for applying an AC voltage across the plurality of sets of electrode elements (A, B; 52); characterised in that each of the sets of electrode elements (A, B; 52), said temperature sensors and said AC voltage generator are configured for implantation within a person's body. a plurality of sets of electrode elements (A, B; 52); a plurality of temperature sensors positioned to measure a temperature at each of the sets of electrode elements (A, B; 52); and an AC voltage generator configured for applying an AC voltage across the plurality of sets of electrode elements (A, B; 52); characterised in that each of the sets of electrode elements (A, B; 52), said temperature sensors and said AC voltage generator are configured for implantation within a person's body.
Method for continuously treating multiphase fluid flows during operation of fuel cells, comprising the steps of: a) providing a multiphase fluid flow comprising a gas phase and a liquid phase, wherein the gas phase comprises a carrier substance and a process substance, wherein the liquid phase comprises the process substance, wherein the process substance is water, b) introducing the multiphase fluid flow into a continuously operable rotating separator , c) at least partially separating the liquid phase from the multiphase fluid flow by means of the rotating separator to produce a treated fluid flow comprising a treated gas phase, wherein 98 wt.% or more of the liquid phase are separated, wherein the treated gas phase comprises the carrier substance and the process substance, wherein the molar fraction of the process substance in the treated gas phase is 50 % or more of the molar fraction of the process substance in the gas phase of the multiphase fluid flow. a) providing a multiphase fluid flow comprising a gas phase and a liquid phase, wherein the gas phase comprises a carrier substance and a process substance, wherein the liquid phase comprises the process substance, wherein the process substance is water, b) introducing the multiphase fluid flow into a continuously operable rotating separator , c) at least partially separating the liquid phase from the multiphase fluid flow by means of the rotating separator to produce a treated fluid flow comprising a treated gas phase, wherein 98 wt.% or more of the liquid phase are separated,