mhurhangee/patent-ind-claim-en huggingface dataset:
Storage container for receiving a liquid such as a detergent or a washing or rinsing additive, comprising: - a housing which is designed to be inserted, in an insertion direction , into a receiving means of a water-conducting domestic appliance , in particular a washing machine, and - a container-side coupling element which is designed to be coupled to the domestic appliance by means of a receiving-side coupling element arranged in the receiving means , forming a coupling means, such that the liquid can flow via the coupling means into the domestic appliance , characterised by - a catch element which is designed to form a catch connection together with a catch counter element of the domestic appliance arranged in the receiving means when the housing is inserted into the receiving means , which catch connection releasably fixes the housing in the receiving means , and - a restoring element by means of which a piston of the container-side coupling element is preloaded against the housing such that, in the latched state, at the container-side coupling element , a preload force is applied onto the housing in the opposite direction to the insertion direction . - a housing which is designed to be inserted, in an insertion direction , into a receiving means of a water-conducting domestic appliance , in particular a washing machine, and - a container-side coupling element which is designed to be coupled to the domestic appliance by means of a receiving-side coupling element arranged in the receiving means , forming a coupling means, such that the liquid can flow via the coupling means into the domestic appliance , characterised by - a catch element which is designed to form a catch connection together with a catch counter element of the domestic appliance arranged in the receiving means when the housing is inserted into the receiving means , which catch connection releasably fixes the housing in the receiving means , and - a restoring element by means of which a piston of the container-side coupling element is preloaded against the housing such that, in the latched state, at the container-side coupling element , a preload force is applied onto the housing in the opposite direction to the insertion direction .
A method of performing audio and video data transmission flow control, the method comprising: by a computer , polling an interface , that is coupled between the computer and a video client , to determine a first buffer fill amount of a buffer of the interface , wherein the buffer stores audio and video data frames received from the computer to be sent to the video client ; sending a plurality of frames that comprise audio portions , video portions , or both to the buffer of the interface such that a delay period exists between the sending of a first frame (108-1) and a second frame (108-2) of the plurality of frames ; by the computer , polling the interface to determine a second buffer fill amount after the plurality of frames are sent to the buffer of the interface ; and changing the delay period between transmission of a third frame (108-3) and a fourth frame of a plurality of additional frames from the computer to the buffer on the interface based in part on the relative size of the second buffer fill amount as compared with the first buffer fill amount, so that the delay period is increased if the second buffer fill amount is larger than the first buffer fill amount, and so that the delay period is decreased if the second buffer fill amount is smaller than the first buffer fill amount. by a computer , polling an interface , that is coupled between the computer and a video client , to determine a first buffer fill amount of a buffer of the interface , wherein the buffer stores audio and video data frames received from the computer to be sent to the video client ; sending a plurality of frames that comprise audio portions , video portions , or both to the buffer of the interface such that a delay period exists between the sending of a first frame (108-1) and a second frame (108-2) of the plurality of frames ; by the computer , polling the interface to determine a second buffer fill amount after the plurality of frames are sent to the buffer of the interface ; and changing the delay period between transmission of a third frame (108-3) and a fourth frame of a plurality of additional frames from the computer to the buffer on the interface based in part on the relative size of the second buffer fill amount as compared with the first buffer fill amount, so that the delay period is increased if the second buffer fill amount is larger than the first buffer fill amount, and so that the delay period is decreased if the second buffer fill amount is smaller than the first buffer fill amount.
An apparatus having a first end and an opposing second end, comprising: a plurality of polymer-coated media having hydrophobic surfaces to attract mineral particles in a slurry, the slurry containing unwanted materials; a loading compartment configured to receive the polymer-coated media and the slurry from the first end and to load the polymer-coated media with the mineral particles for providing loaded media; and a separation compartment configured to receive the loaded media from the loading compartment , and to separate the loaded media from the unwanted materials in the slurry, the separation compartment comprising a first output and a second output on the second end, the first output configured to discharge the loaded media and the second output configured to discharge the unwanted materials, characterized in that the loading compartment comprises an input to receive the polymer-coated media and the slurry, the slurry configured to form a flow from the input of the loading compartment to the separation compartment , the apparatus further comprising: a connected pipe manifold configured to extend a path of the flow from the loading compartment to the separation compartment so as to enhance loading of the polymer-coated media with the mineral particles. a plurality of polymer-coated media having hydrophobic surfaces to attract mineral particles in a slurry, the slurry containing unwanted materials; a loading compartment configured to receive the polymer-coated media and the slurry from the first end and to load the polymer-coated media with the mineral particles for providing loaded media; and a separation compartment configured to receive the loaded media from the loading compartment , and to separate the loaded media from the unwanted materials in the slurry, the separation compartment comprising a first output and a second output on the second end, the first output configured to discharge the loaded media and the second output configured to discharge the unwanted materials, characterized in that the loading compartment comprises an input to receive the polymer-coated media and the slurry, the slurry configured to form a flow from the input of the loading compartment to the separation compartment , the apparatus further comprising: a connected pipe manifold configured to extend a path of the flow from the loading compartment to the separation compartment so as to enhance loading of the polymer-coated media with the mineral particles.
Method for coating a turbomachine part (1; 21), comprising: - depositing a paint by electrophoresis on the turbomachine part, the voltage between the part and a counter electrode being controlled during the deposition by imposing a sequence of pulsed voltage cycles (C1; C10), each of these cycles having: (i) a first voltage stabilization phase (P1; P10) during which a first potential difference (DDP1; DDP10) is imposed between the part and the counter electrode, and a second voltage stabilization phase (P2; P20) during which a second potential difference (DDP2; DDP20) is imposed between the part and the counter electrode, the absolute value of the first potential difference being between 0.1 V and 30 V, and the absolute value of the second potential difference being less than the absolute value of the first potential difference, the second potential difference being optionally equal to zero, and (ii) a ratio R [duration of the first phase]/[duration of the first phase + duration of the second phase] between 1:10 and 1:3. (i) a first voltage stabilization phase (P1; P10) during which a first potential difference (DDP1; DDP10) is imposed between the part and the counter electrode, and a second voltage stabilization phase (P2; P20) during which a second potential difference (DDP2; DDP20) is imposed between the part and the counter electrode, the absolute value of the first potential difference being between 0.1 V and 30 V, and the absolute value of the second potential difference being less than the absolute value of the first potential difference, the second potential difference being optionally equal to zero, and (ii) a ratio R [duration of the first phase]/[duration of the first phase + duration of the second phase] between 1:10 and 1:3.
An identity service system configured to provide a single point of access for a plurality of applications for an authentication of a user identity, the system comprising: an enterprise broker application programming interface (API) configured to provide programmatic access to an external authentication broker ; a plurality of security delegates ; and a data store coupled to the plurality of security delegates and configured to store one or more programmatic extension scripts associated with a user or a user role, the data store being mutually accessible by each of the plurality of security delegates, wherein the identity service system is further configured to: receive an authentication request via the enterprise broker application programming interface, wherein the authentication request includes logon information; translate the authentication request to one of the plurality of security delegates, upon authentication by the one of the plurality of security delegates, serially execute one or more of the programmatic extension scripts associated with the user or user role; and grant privileges to the user or user role based on at least one of the programmatic extension scripts associated with the user or user role. an enterprise broker application programming interface (API) configured to provide programmatic access to an external authentication broker ; a plurality of security delegates ; and a data store coupled to the plurality of security delegates and configured to store one or more programmatic extension scripts associated with a user or a user role, the data store being mutually accessible by each of the plurality of security delegates, wherein the identity service system is further configured to: receive an authentication request via the enterprise broker application programming interface, wherein the authentication request includes logon information; translate the authentication request to one of the plurality of security delegates, upon authentication by the one of the plurality of security delegates, serially execute one or more of the programmatic extension scripts associated with the user or user role; and grant privileges to the user or user role based on at least one of the programmatic extension scripts associated with the user or user role. receive an authentication request via the enterprise broker application programming interface, wherein the authentication request includes logon information; translate the authentication request to one of the plurality of security delegates, upon authentication by the one of the plurality of security delegates, serially execute one or more of the programmatic extension scripts associated with the user or user role; and grant privileges to the user or user role based on at least one of the programmatic extension scripts associated with the user or user role.
A dynamic adaptable environment resource processor implemented method, comprising: receiving a request to initiate a heat blast or a cool blast at a resource management device; creating a temporary blast schedule based on the request; overriding a current environment schedule with the temporary blast schedule for a duration of the temporary blast schedule; calculating a temporary blast schedule termination delay based on a duration of the temporary blast schedule, or based on a difference between a final temperature of the temporary blast schedule and a regular schedule temperature of the current environment schedule; implementing the temporary blast schedule termination delay after the temporary blast schedule ends; and restoring the current environment schedule after the temporary blast schedule termination delay. receiving a request to initiate a heat blast or a cool blast at a resource management device; creating a temporary blast schedule based on the request; overriding a current environment schedule with the temporary blast schedule for a duration of the temporary blast schedule; calculating a temporary blast schedule termination delay based on a duration of the temporary blast schedule, or based on a difference between a final temperature of the temporary blast schedule and a regular schedule temperature of the current environment schedule; implementing the temporary blast schedule termination delay after the temporary blast schedule ends; and restoring the current environment schedule after the temporary blast schedule termination delay.
A fan containment case comprising: a plurality of composite layers defining a generally cylindrical case including an outer surface and a back end ; and characterised in a mount ring secured to the outer surface of the cylindrical case at the back end , the mount ring being comprised of a metal. a plurality of composite layers defining a generally cylindrical case including an outer surface and a back end ; and characterised in a mount ring secured to the outer surface of the cylindrical case at the back end , the mount ring being comprised of a metal.
Fuel cell stack comprising • a series of plate-like membrane electrode units (1.1, 1.2, ...) and • a series of bipolar plates (2.1, 2.2, ...), wherein each membrane electrode unit (1.1, 1.2, ...) respectively comprises • a cathode (10.u.1), • an anode (10.o.1) and • a membrane between the cathode (10.u.1) and the anode (10.o.1), wherein each membrane electrode unit (1.1, 1.2, ...) is arranged between two bipolar plates (2.1, 2.2, ...), wherein each bipolar plate (2.1, 2.2, ...) • is electrically conducting and • is connected in an electrically conducting manner to a membrane electrode unit (1.1, 1.2, ...) and wherein the fuel cell stack extends in a stacking direction (SR) and wherein each membrane electrode unit (1.1, 1.2, ...) and each bipolar plate (2.1, 2.2, ...) extend respectively in a plane of extent that is perpendicular to the stacking direction (SR) and the respective membrane (9.1, 9.2, ...) of each membrane electrode unit (1.1, 1.2, ...) projects both beyond the anode (10.o.1) and beyond the cathode (10.u.1) in the plane of extent, characterized in that each bipolar plate (2.1, 2.2, ...) projects beyond the respective membrane (9.1, 9.2, ...) of each adjacent membrane electrode unit (1.1, 1.2, ...) in at least one direction in the plane of extent, wherein the respective bending stiffness of each bipolar plate (2.1, 2.2, ...) is greater than the bending stiffness of the membrane (9.1, 9.2, ...) of a membrane electrode unit (1.1, 1.2, ...). • a series of plate-like membrane electrode units (1.1, 1.2, ...) and • a series of bipolar plates (2.1, 2.2, ...), • a cathode (10.u.1), • an anode (10.o.1) and • a membrane between the cathode (10.u.1) and the anode (10.o.1), • is electrically conducting and • is connected in an electrically conducting manner to a membrane electrode unit (1.1, 1.2, ...) and
A dental care- and dental cleaning composition for use in a method of simultaneously cleaning a plurality of, preferably all, teeth of the upper and/or lower jaw by means of a dental brushing device suitable therefor, wherein the dental care- and dental cleaning composition is presented in foamed form on one or a plurality of, preferably two mouth inserts of the dental brushing device, and wherein the dental care- and dental cleaning composition comprises as essential components: - 10 to 40 wt.-%, preferably 15 to 30 wt.-%, glycerol, - 10 to 23.5 wt.-% of one precipitated silicate, or a plurality of precipitated silicates, preferably a mixture of 2 to 4 precipitated silicates, - 0.05 to 0.5wt.-%, preferably 0.05 to 0.2 wt.-% , of one or more viscosity amplifier(s), - one or more surfactant(s), preferably in a proportion of 0.2 to 4.0 wt.-% , more preferably in a proportion of 0.2 to 2.5 wt.-%, of the one or more surfactant(s), and - at least 10 wt.-% of water. - 10 to 40 wt.-%, preferably 15 to 30 wt.-%, glycerol, - 10 to 23.5 wt.-% of one precipitated silicate, or a plurality of precipitated silicates, preferably a mixture of 2 to 4 precipitated silicates, - 0.05 to 0.5wt.-%, preferably 0.05 to 0.2 wt.-% , of one or more viscosity amplifier(s), - one or more surfactant(s), preferably in a proportion of 0.2 to 4.0 wt.-% , more preferably in a proportion of 0.2 to 2.5 wt.-%, of the one or more surfactant(s), and - at least 10 wt.-% of water.
A non-fibrous highly oriented polyethylene monolayer comprising ultra high molecular weight polyethylene (UHMWPE), the polyethylene having a viscosity-average molecular weight of 2,000,000 or greater, wherein (i) the monolayer has a width of 10.0 mm or greater and a modulus of at least 100 N/tex measured in accordance with ASTM D7744, (ii) the monolayer has a tan δ when measured in dynamic mechanical analysis (DMA) of tensile response in a frequency sweep between 0.1 Hz ≤ ƒ ≤ 1.0 Hz meeting the inequality of tan δ < 1/(f × a) + b - (f × c) where a=120, b=0.045 and c=0.016, and (iii) the monolayer has a maximum areal weight of no greater than 45 gsm, wherein by highly oriented is meant that the modulus in one direction is at least 10 times greater than in any other direction. (i) the monolayer has a width of 10.0 mm or greater and a modulus of at least 100 N/tex measured in accordance with ASTM D7744, (ii) the monolayer has a tan δ when measured in dynamic mechanical analysis (DMA) of tensile response in a frequency sweep between 0.1 Hz ≤ ƒ ≤ 1.0 Hz meeting the inequality of tan δ < 1/(f × a) + b - (f × c) where a=120, b=0.045 and c=0.016, and (iii) the monolayer has a maximum areal weight of no greater than 45 gsm, wherein by highly oriented is meant that the modulus in one direction is at least 10 times greater than in any other direction.
A method for manufacturing a composite part comprising: curing layers of composite material to form the composite part ; depositing a primer on a surface of the composite part , wherein depositing the primer on the surface of the composite part comprises: spraying a layer of metallic material on the surface of the composite part using a thermal plasma spray; and spraying a layer of ceramic material on the layer of metallic material using the thermal plasma spray; and depositing a group of conductive elements on the primer such that an electronic device is formed on the composite part , wherein depositing the group of conductive elements comprises: spraying conductive material on the layer of ceramic material using the thermal plasma spray to form the group of conductive elements . curing layers of composite material to form the composite part ; depositing a primer on a surface of the composite part , wherein depositing the primer on the surface of the composite part comprises: spraying a layer of metallic material on the surface of the composite part using a thermal plasma spray; and spraying a layer of ceramic material on the layer of metallic material using the thermal plasma spray; and spraying a layer of metallic material on the surface of the composite part using a thermal plasma spray; and spraying a layer of ceramic material on the layer of metallic material using the thermal plasma spray; and depositing a group of conductive elements on the primer such that an electronic device is formed on the composite part , wherein depositing the group of conductive elements comprises: spraying conductive material on the layer of ceramic material using the thermal plasma spray to form the group of conductive elements .
A gas turbine engine , comprising: a shaft ; a turbine coupled with the shaft for rotation with the shaft; a bearing stack comprising a bearing coupled with the shaft to facilitate rotation of the shaft; and characterised by a bearing nut forward of the turbine between the bearing stack and the turbine , wherein the turbine has a turbine load path (T) and the bearing has a bearing load path (B), wherein in the operating position the bearing nut exerts a force on the bearing stack such that the bearing load path (B) is offset from the shaft and in line with the bearing nut , and wherein the turbine load path (T) is not aligned with the bearing load path (B) relative to a central axis of the gas turbine engine, thereby separating the turbine load path (T) and the bearing load path (B). a shaft ; a turbine coupled with the shaft for rotation with the shaft; a bearing stack comprising a bearing coupled with the shaft to facilitate rotation of the shaft; and characterised by a bearing nut forward of the turbine between the bearing stack and the turbine , wherein the turbine has a turbine load path (T) and the bearing has a bearing load path (B), wherein in the operating position the bearing nut exerts a force on the bearing stack such that the bearing load path (B) is offset from the shaft and in line with the bearing nut , and wherein the turbine load path (T) is not aligned with the bearing load path (B) relative to a central axis of the gas turbine engine, thereby separating the turbine load path (T) and the bearing load path (B).
A voltage-controlled semiconductor well resistor comprising a gate , a well and a first polycrystalline semiconductor layer forming a shield , wherein the first polycrystalline semiconductor layer surrounds a region between the gate and the well.
A patient record server device comprising: a processor and a memory storing computer-readable program code, wherein the computer-readable program code causes the patient record server device to: create a patient blockchain that is empty at the start of a clinical trial, the patient blockchain corresponding to a patient enrolled in the clinical trial; receive, from a submission device client, a patient record ; send, to the submission device client, a confirmation of receipt of the patient record; receive, from a member device client, patient profile information; determine search results based on the patient profile information; send, to the member device client, information indicating the search results; update the patient blockchain during the clinical trial by adding blocks in a linear manner; broadcast availability of the patient blockchain as updated during the clinical trial at a conclusion of the clinical trial to a member device client; and update the patient blockchain with a record of third party access to a physical specimen corresponding to the patient blockchain. create a patient blockchain that is empty at the start of a clinical trial, the patient blockchain corresponding to a patient enrolled in the clinical trial; receive, from a submission device client, a patient record ; send, to the submission device client, a confirmation of receipt of the patient record; receive, from a member device client, patient profile information; determine search results based on the patient profile information; send, to the member device client, information indicating the search results; update the patient blockchain during the clinical trial by adding blocks in a linear manner; broadcast availability of the patient blockchain as updated during the clinical trial at a conclusion of the clinical trial to a member device client; and update the patient blockchain with a record of third party access to a physical specimen corresponding to the patient blockchain.