mhurhangee/patent-ind-claim-en huggingface dataset:
A humidity-regulating drawer assembly for a refrigerator, comprising: a drawer main body having an accommodating cavity ; a humidity-preserving cover arranged to the drawer main body and configured to cover the accommodating cavity , the humidity-preserving cover and the drawer main body defining a humidity-regulating opening communicated with the accommodating cavity ; a shelf arranged on the humidity-preserving cover ; a regulating switch arranged to the shelf and movable along a left-right direction; a regulating baffle arranged to the shelf , movable along a front-rear direction and fitted with the regulating switch , the regulating baffle being configured to convert a left-right movement of the regulating switch into a front-rear movement of the regulating baffle so as to regulate an opening degree of the humidity-regulating opening , the humidity-regulating drawer assembly being characterized in that the shelf is provided with a mounting chamber for mounting the regulating baffle therein, and one of a left end and a right end of the regulating baffle is provided with a first position limiting rib blocked by the shelf in the left-right direction. a drawer main body having an accommodating cavity ; a humidity-preserving cover arranged to the drawer main body and configured to cover the accommodating cavity , the humidity-preserving cover and the drawer main body defining a humidity-regulating opening communicated with the accommodating cavity ; a shelf arranged on the humidity-preserving cover ; a regulating switch arranged to the shelf and movable along a left-right direction; a regulating baffle arranged to the shelf , movable along a front-rear direction and fitted with the regulating switch , the regulating baffle being configured to convert a left-right movement of the regulating switch into a front-rear movement of the regulating baffle so as to regulate an opening degree of the humidity-regulating opening , the humidity-regulating drawer assembly being characterized in that the shelf is provided with a mounting chamber for mounting the regulating baffle therein, and one of a left end and a right end of the regulating baffle is provided with a first position limiting rib blocked by the shelf in the left-right direction.
An electric saddled vehicle comprising: a drive motor ; a seat ; and a battery including a battery cell configured for supplying power to the drive motor , the battery including a battery case under the seat with regards to a vehicle up-down direction and at a center in a vehicle width direction with a front face and a rear face intersecting with at least forward direction and a backward direction, the battery case storing the battery cell , the battery including an exhaust structure capable of pressure relief inside the battery case through an exhaust port in at least one of the front face and the rear face , characterized in that the exhaust structure includes a route in a labyrinth structure to the exhaust port , wherein the route includes a main passage with a filter capable of capturing particles and a circuitous route branching off from the main passage so as to avoid the filter . a drive motor ; a seat ; and a battery including a battery cell configured for supplying power to the drive motor , the battery including a battery case under the seat with regards to a vehicle up-down direction and at a center in a vehicle width direction with a front face and a rear face intersecting with at least forward direction and a backward direction, the battery case storing the battery cell , the battery including an exhaust structure capable of pressure relief inside the battery case through an exhaust port in at least one of the front face and the rear face , characterized in that the exhaust structure includes a route in a labyrinth structure to the exhaust port , wherein the route includes a main passage with a filter capable of capturing particles and a circuitous route branching off from the main passage so as to avoid the filter .
A method at a network element (914; 1014) for configuration for Internet of Things, loT, devices using manufacturer usage description, MUD, files, the method comprising: receiving at least one MUD Uniform Resource Locator, URL, from an loT Device ; sending, from the network element to at least one MUD Server based on the MUD URL, a Uniform Resource Indicator; responsive to the sending, receiving (942, 952; 1042, 1052) a plurality of MUD files from the MUD server; creating a plurality of policies from the plurality of MUD files, the plurality of policies corresponding to a normal mode of operation and a secondary mode of operation; the normal mode of operation being associated to a first set of contact information and the second mode of operation being associated to a second set of contact information; and forwarding (960, 962; 1060, 1062) the plurality of policies to a gateway from the network element (914; 1014); wherein the receiving the plurality of MUD files comprises receiving at least one trigger, the at least one trigger defining a condition for transitioning into the second mode of operation; and performing a lookup for the second set of contact information based on a geographic location of the loT device, the second set of contact information comprising an identifier, network address or location for a secondary network. receiving at least one MUD Uniform Resource Locator, URL, from an loT Device ; sending, from the network element to at least one MUD Server based on the MUD URL, a Uniform Resource Indicator; responsive to the sending, receiving (942, 952; 1042, 1052) a plurality of MUD files from the MUD server; creating a plurality of policies from the plurality of MUD files, the plurality of policies corresponding to a normal mode of operation and a secondary mode of operation; the normal mode of operation being associated to a first set of contact information and the second mode of operation being associated to a second set of contact information; and forwarding (960, 962; 1060, 1062) the plurality of policies to a gateway from the network element (914; 1014); wherein the receiving the plurality of MUD files comprises receiving at least one trigger, the at least one trigger defining a condition for transitioning into the second mode of operation; and performing a lookup for the second set of contact information based on a geographic location of the loT device, the second set of contact information comprising an identifier, network address or location for a secondary network.
A method of providing remote assistance for an autonomous vehicle , the method comprising: receiving , from the autonomous vehicle, video data of an environment of the autonomous vehicle, wherein the received video data is stored in a memory of a remote assistance system; after receiving the video data from the autonomous vehicle, determining that one or more trigger criteria have been met, wherein the trigger criteria comprise at least one of the following: determining that the autonomous vehicle has stopped based on data received from the autonomous vehicle, determining that at least one object in the environment of the autonomous vehicle has a detection confidence below a threshold based on data received from the autonomous vehicle, and receiving an indication of a tactile event from the autonomous vehicle; in response to the one or more trigger criteria being met, providing , to an operator and from the video data previously received from the autonomous vehicle, video corresponding to a predetermined period of time before the one or more trigger criteria were met and leading up to a cause of the one or more trigger criteria having been met; receiving an operator input; and in response to the operator input, providing an instruction to the autonomous vehicle for execution by the autonomous vehicle via a network. receiving , from the autonomous vehicle, video data of an environment of the autonomous vehicle, wherein the received video data is stored in a memory of a remote assistance system; after receiving the video data from the autonomous vehicle, determining that one or more trigger criteria have been met, wherein the trigger criteria comprise at least one of the following: determining that the autonomous vehicle has stopped based on data received from the autonomous vehicle, determining that at least one object in the environment of the autonomous vehicle has a detection confidence below a threshold based on data received from the autonomous vehicle, and receiving an indication of a tactile event from the autonomous vehicle; determining that the autonomous vehicle has stopped based on data received from the autonomous vehicle, determining that at least one object in the environment of the autonomous vehicle has a detection confidence below a threshold based on data received from the autonomous vehicle, and receiving an indication of a tactile event from the autonomous vehicle; in response to the one or more trigger criteria being met, providing , to an operator and from the video data previously received from the autonomous vehicle, video corresponding to a predetermined period of time before the one or more trigger criteria were met and leading up to a cause of the one or more trigger criteria having been met; receiving an operator input; and in response to the operator input, providing an instruction to the autonomous vehicle for execution by the autonomous vehicle via a network.
A method for achieving a desired level of curl in hair during a relaxation process comprising: (a) applying to the hair one or more relaxing agents comprising an alkali metal containing hydroxide; and (b) applying to the hair an active agent of Formula II: wherein Z is a linker or is absent and wherein the linker is not a polymer; m and n are each an integer independently selected from 1-6, and the sum of m+n is equal to or greater than 2; B is a functional group capable of forming a covalent bond with a nucleophile and B is independently selected from the group consisting of: wherein R is independently selected from the group consisting of hydrogen, C 1-6 alkyl groups, aryl groups, or an ionizable functional groups and Z' is oxygen (O), NH or is absent, and G is carbon (C) and g is 1, or G is sulfur (S) and g is 2; A is an ionizable functional group independently selected from the group consisting of: -COOH, -SO 3 H, -PO 3 H 2 , -N(R 1 ) 2 , -N(R 1 ) 3 ; wherein R 1 is independently selected from the group consisting of a hydrogen, alkyl, alkenyl, alkynyl, cycloalkyl, aryl, heterocycloalkyl and heteroaryl groups; wherein each R 1 is independently unsubstituted or substituted with one or more substituents;wherein the one or more relaxing agents cause relaxation of the hair; and wherein steps (a) and (b) are performed simultaneously. (a) applying to the hair one or more relaxing agents comprising an alkali metal containing hydroxide; and (b) applying to the hair an active agent of Formula II: wherein Z is a linker or is absent and wherein the linker is not a polymer; m and n are each an integer independently selected from 1-6, and the sum of m+n is equal to or greater than 2; B is a functional group capable of forming a covalent bond with a nucleophile and B is independently selected from the group consisting of: wherein R is independently selected from the group consisting of hydrogen, C 1-6 alkyl groups, aryl groups, or an ionizable functional groups and Z' is oxygen (O), NH or is absent, and G is carbon (C) and g is 1, or G is sulfur (S) and g is 2; A is an ionizable functional group independently selected from the group consisting of: -COOH, -SO 3 H, -PO 3 H 2 , -N(R 1 ) 2 , -N(R 1 ) 3 ; wherein R 1 is independently selected from the group consisting of a hydrogen, alkyl, alkenyl, alkynyl, cycloalkyl, aryl, heterocycloalkyl and heteroaryl groups; wherein each R 1 is independently unsubstituted or substituted with one or more substituents;wherein the one or more relaxing agents cause relaxation of the hair; and wherein steps (a) and (b) are performed simultaneously.
A seal arrangement (10; 110; 210) comprising: a body (22; 122; 222) having at least two walls (34; 74; 234) defining a cavity (18; 118; 218), each of the at least two walls being engaged with a structure (26; 226) through expansion of the body; and graphite being sealingly engaged with the body and the structure and resiliently compressively maintained within the cavity by the structure. a body (22; 122; 222) having at least two walls (34; 74; 234) defining a cavity (18; 118; 218), each of the at least two walls being engaged with a structure (26; 226) through expansion of the body; and graphite being sealingly engaged with the body and the structure and resiliently compressively maintained within the cavity by the structure.
Method for collision avoidance of a vehicle , the method including the following steps: scanning for target entities in at least one lane to a side of the vehicle in a parking position with an on-board scanning system and gathering information on a position and a state of motion of at least one target entity detected during the scanning with the on-board scanning system ; gathering, from one or plural sensors (30 1 ,..., 30 N ) on board the vehicle , information on a state of the vehicle indicative of an intention of a driver of the vehicle to enter into the at least one lane scanned for target entities ; evaluating the gathered information on the position and state of motion of the at least one target entity and on the state of the vehicle in order to determine a likelihood of a collision between the at least one target entity and the vehicle ; activating brakes of the vehicle and/or reducing a driving torque of the vehicle , if the likelihood of a collision is above a pre-defined threshold such that the vehicle does not move into the at least one lane but remains in a parking position; and a speed of the vehicle is monitored and that a motion of the vehicle is not impeded if the speed of the vehicle is above a pre-defined threshold. scanning for target entities in at least one lane to a side of the vehicle in a parking position with an on-board scanning system and gathering information on a position and a state of motion of at least one target entity detected during the scanning with the on-board scanning system ; gathering, from one or plural sensors (30 1 ,..., 30 N ) on board the vehicle , information on a state of the vehicle indicative of an intention of a driver of the vehicle to enter into the at least one lane scanned for target entities ; evaluating the gathered information on the position and state of motion of the at least one target entity and on the state of the vehicle in order to determine a likelihood of a collision between the at least one target entity and the vehicle ; activating brakes of the vehicle and/or reducing a driving torque of the vehicle , if the likelihood of a collision is above a pre-defined threshold such that the vehicle does not move into the at least one lane but remains in a parking position; and a speed of the vehicle is monitored and that a motion of the vehicle is not impeded if the speed of the vehicle is above a pre-defined threshold.
Composite ion exchange membrane comprising: - a porous support having a thickness between 10 and 600 μm and an median pore size between 10 and 10000 nm, wherein the median pore size is determined by mercury intrusion porosimetry, - an ion exchange layer which is coated onto at least one side of said porous support, wherein said ion exchange layer has a thickness between 10 and 100 μm and said ion exchange layer comprises poly(ethylenimine) PEI, wherein the thickness of said ion exchange layer is measured by image analysis of microscopy images. - a porous support having a thickness between 10 and 600 μm and an median pore size between 10 and 10000 nm, wherein the median pore size is determined by mercury intrusion porosimetry, - an ion exchange layer which is coated onto at least one side of said porous support, wherein said ion exchange layer has a thickness between 10 and 100 μm and said ion exchange layer comprises poly(ethylenimine) PEI, wherein the thickness of said ion exchange layer is measured by image analysis of microscopy images.
Computer-implemented method for selecting voxels for producing an object with an additive manufacturing device , in particular with a 3D-printer, the additive manufacturing device having a building space that is discretized into virtual voxels, the method comprising: - receiving a voxel-based approximation of a surface of a three-dimensional object by converting a three-dimensional primitive-based surface approximation of the object into a three-dimensional surface approximation based on voxels ; - determining, for each of at least a subset of the voxels of the building space , a signed distance value describing a distance between each of said voxels and the nearest surface voxel defined by the voxel-based approximation; - selecting voxels at which material should be added to produce the object, the selection being performed based on the signed distance values of the voxels ; wherein the signed distance value of each voxel is further determined based on a displacement value reflecting a displacement between said nearest surface voxel of the approximated surface and a true surface of the object . - receiving a voxel-based approximation of a surface of a three-dimensional object by converting a three-dimensional primitive-based surface approximation of the object into a three-dimensional surface approximation based on voxels ; - determining, for each of at least a subset of the voxels of the building space , a signed distance value describing a distance between each of said voxels and the nearest surface voxel defined by the voxel-based approximation; - selecting voxels at which material should be added to produce the object, the selection being performed based on the signed distance values of the voxels ;
A high strength galvannealed steel sheet having, a) a composition consisting of the following elements in wt. %: C 0.10 - 0.2 Mn 2.0 - 3.0 Si 0.2 - 0.5 Cr 0.1 - 0.7 Ti 0.01 - 0.07 Al ≤ 0.2 Nb < 0.05 Mo < 0.1 optionally B 0.001 - 0.005 balance Fe apart from impurities, b) a multiphase microstructure comprising in vol.% retained austenite 4 - 20 martensite 5 - 25 bainitic ferrite ≤ 10 polygonal ferrite ≤ 10 balance bainite + tempered martensite 50-90, c) at least one of the following mechanical properties a tensile strength, R m 1180 - 1300 MPa a yield strength, R p0.2 800 - 970 MPa an elongation, A 50 ≥ 8 % an elongation, A 80 ≥ 6 % wherein R m , R p0.2 and A 80 values have been measured according to the European norm EN 10002 Part I and the A 50 value has been measured in accordance with the JIS Z 2241:2011. and d) a bendability according to a 90° V Bend test value Ri/t of ≤ 4 for a sample having the size of 35 mm ×100 mm, wherein Ri is the bending radius in mm and t is the thickness in mm of the steel sheet. measured using the testing method referred in the description. a) a composition consisting of the following elements in wt. %: C 0.10 - 0.2 Mn 2.0 - 3.0 Si 0.2 - 0.5 Cr 0.1 - 0.7 Ti 0.01 - 0.07 Al ≤ 0.2 Nb < 0.05 Mo < 0.1 optionally B 0.001 - 0.005 balance Fe apart from impurities, b) a multiphase microstructure comprising in vol.% retained austenite 4 - 20 martensite 5 - 25 bainitic ferrite ≤ 10 polygonal ferrite ≤ 10 balance bainite + tempered martensite 50-90, c) at least one of the following mechanical properties a tensile strength, R m 1180 - 1300 MPa a yield strength, R p0.2 800 - 970 MPa an elongation, A 50 ≥ 8 % an elongation, A 80 ≥ 6 % wherein R m , R p0.2 and A 80 values have been measured according to the European norm EN 10002 Part I and the A 50 value has been measured in accordance with the JIS Z 2241:2011. and a tensile strength, R m 1180 - 1300 MPa a yield strength, R p0.2 800 - 970 MPa an elongation, A 50 ≥ 8 % an elongation, A 80 ≥ 6 % wherein R m , R p0.2 and A 80 values have been measured according to the European norm EN 10002 Part I and the A 50 value has been measured in accordance with the JIS Z 2241:2011. and d) a bendability according to a 90° V Bend test value Ri/t of ≤ 4 for a sample having the size of 35 mm ×100 mm, wherein Ri is the bending radius in mm and t is the thickness in mm of the steel sheet. measured using the testing method referred in the description.
Hairbrush for untangling and caring for head hair, comprising a brush body and at least one bristle pad , wherein plastic bristles and rows of bristle clusters extend in a spatially separated manner from the bristle pad , wherein the bristle pad and the plastic bristles are produced in one piece and form a main body , wherein the rows of plastic bristles comprise at least a first row of plastic bristles of a first length and at least a second row of plastic bristles of a second length .
A heart pump system comprising: a pump comprising a pump housing, a rotor, and an opening positioned proximal of the pump housing; a cannula comprising a proximal end that interfaces with the distal end of the pump housing and a distal end with at least one distal opening, the pump being configured to be operated by a motor; an elongate catheter extending proximal of the pump housing; at least one sensor; and a controller configured to: acquire, from the heart pump system, first data related to time-varying parameters of the heart pump system; and extract a plurality of features from the first data, characterized in that the controller is further configured to: determine, using a prediction model and based on the plurality of features, a probability of survival of the patient; and operate the heart pump system to treat the patient. a pump comprising a pump housing, a rotor, and an opening positioned proximal of the pump housing; a cannula comprising a proximal end that interfaces with the distal end of the pump housing and a distal end with at least one distal opening, the pump being configured to be operated by a motor; an elongate catheter extending proximal of the pump housing; at least one sensor; and a controller configured to: acquire, from the heart pump system, first data related to time-varying parameters of the heart pump system; and extract a plurality of features from the first data, acquire, from the heart pump system, first data related to time-varying parameters of the heart pump system; and extract a plurality of features from the first data, characterized in that the controller is further configured to: determine, using a prediction model and based on the plurality of features, a probability of survival of the patient; and operate the heart pump system to treat the patient.
Thermoresistive gas sensor with two identical, flat meshes through which gas can flow, and which consist of a semiconductor material with a predetermined conductivity and are interconnected in sections of an electric measuring bridge which are diametrically opposite one another, wherein each mesh has mesh webs which run in parallel adjacent to one another and are connected electrically in parallel at the ends (10, 11; 12, 13), characterised in that the mesh webs of the two meshes extend alternately adjacent to one another in a shared mesh plane horizontally across a window opening in a carrier plate , wherein gas can flow through the flat meshes on the window opening at a right angle to the carrier plate .