mhurhangee/patent-ind-claim-en huggingface dataset:
A vehicle bumper assembly, comprising: a first energy absorbing member made of non-expanded polypropylene configured to directly attach to a vehicle body structure, the first energy absorbing member having an upwardly facing surface, an outboard facing surface and a downwardly facing surface with portions of each defining a void (V) forward of the vehicle body structure a second energy absorbing member made of expanded polypropylene having an upper surface that is directly attached to a portion of the downwardly facing surface of the first energy absorbing member beneath the void (V) and spaced apart from the vehicle body structure; and a vehicle facia member shaped and contoured for a predetermined vehicle body style and configured to attach to the vehicle body structure covering and at least partially concealing the first energy absorbing member and the second energy absorbing member . a first energy absorbing member made of non-expanded polypropylene configured to directly attach to a vehicle body structure, the first energy absorbing member having an upwardly facing surface, an outboard facing surface and a downwardly facing surface with portions of each defining a void (V) forward of the vehicle body structure a second energy absorbing member made of expanded polypropylene having an upper surface that is directly attached to a portion of the downwardly facing surface of the first energy absorbing member beneath the void (V) and spaced apart from the vehicle body structure; and a vehicle facia member shaped and contoured for a predetermined vehicle body style and configured to attach to the vehicle body structure covering and at least partially concealing the first energy absorbing member and the second energy absorbing member .
A composition for a self-adsorbable foamed sheet, comprising: a copolymer containing an unsaturated carboxylic acid monomer unit and an alkenyl aromatic monomer unit, wherein the content of the alkenyl aromatic monomer unit in the copolymer is 10 mass% or more and 55 mass% or less, and wherein the copolymer does not contain an N-methylolacrylamide unit, the copolymer having a solubility parameter (SP value) of 9.7 (cal/cm 3 ) 1/2 or less, wherein the solubility parameter (SP value) of the copolymer is calculated using Hoy's group contribution method, and a glass-transition temperature of -10 °C or less, wherein the glass-transition temperature is measured in accordance with JIS K 7121 at a measurement temperature of -50 °C or more and 160 °C or less and a temperature increase rate of 10 °C/min, using a differential scanning calorimeter; and a crosslinking agent. a copolymer containing an unsaturated carboxylic acid monomer unit and an alkenyl aromatic monomer unit, wherein the content of the alkenyl aromatic monomer unit in the copolymer is 10 mass% or more and 55 mass% or less, and wherein the copolymer does not contain an N-methylolacrylamide unit, the copolymer having a solubility parameter (SP value) of 9.7 (cal/cm 3 ) 1/2 or less, wherein the solubility parameter (SP value) of the copolymer is calculated using Hoy's group contribution method, and a glass-transition temperature of -10 °C or less, wherein the glass-transition temperature is measured in accordance with JIS K 7121 at a measurement temperature of -50 °C or more and 160 °C or less and a temperature increase rate of 10 °C/min, using a differential scanning calorimeter; and a crosslinking agent.
Hot water appliance , in particular for domestic use, having a line system which has a cold water inflow for the supply of cold water, has a hot water outflow for the extraction of hot water, and has a heating block which is arranged fluidically between the cold water inflow and the hot water outflow and which serves for heating the cold water, wherein the hot water appliance comprises a protection device for shutting off the cold water inflow in the event of leakage of the line system, wherein the protection device is not supplied with current and leakage water initiates a closing process for the automatic shut-off of the cold water inflow , characterized in that the protection device has a leakage water-guiding device , which is a collecting trough for collecting all the leakage water , which, in the installation position, extends at least laterally beyond the heating block , and which has a sink for guiding the leakage water to a valve-triggering device .
An implantable assembly comprising: an anchor having a through-hole ; and first and second implantable devices disposed in the through-hole of the anchor , the first and second implantable devices comprising first and second housings that separately contain the first and second implantable devices and at least one antenna , each of the first and second implantable devices comprising at least one transducer within the first and second housings , the transducers being located at ends of the first and second implantable devices that are exposed by the through-hole of the anchor , the first and second housings being joined together by a sleeve ; wherein the anchor is adapted for securing the first and second implantable devices within a living body and the anchor surrounds the first and second housings ; wherein the sleeve defines a tether between the first and second housings , wherein the tether serves as a spacer and creates an annular-shaped recess between the tether and the surrounding anchor . an anchor having a through-hole ; and first and second implantable devices disposed in the through-hole of the anchor , the first and second implantable devices comprising first and second housings that separately contain the first and second implantable devices and at least one antenna , each of the first and second implantable devices comprising at least one transducer within the first and second housings , the transducers being located at ends of the first and second implantable devices that are exposed by the through-hole of the anchor , the first and second housings being joined together by a sleeve ; wherein the anchor is adapted for securing the first and second implantable devices within a living body and the anchor surrounds the first and second housings ; wherein the sleeve defines a tether between the first and second housings , wherein the tether serves as a spacer and creates an annular-shaped recess between the tether and the surrounding anchor .
Device for dispensing banded foliated items wound in the form of a roll , said device comprising a housing capable of receiving said roll in rotation about a longitudinal axis (I-I), said housing comprising a dispensing opening through which the foliated items can be extracted from the housing , said dispensing opening comprising a slit running parallel to said longitudinal axis (I-I) and defined between two flexible lips forming a first surface (S1) on the outside of the housing and forming a second surface (S2) on the inside of the housing , characterized in that , in cross section on a transverse plane (PT), the first surface (S1) exhibits, along the slit , a convexity which is greater than that of the second surface (S2).
A method of fabricating a piezoelectric composite, the method comprising the sequential steps: an electrode plate preparing operation of preparing a first electrode plate ; a support member arranging operation of locating a support member formed with a plurality of through holes on one surface of the first electrode plate ; a piezoelectric pillar inserting operation of inserting a plurality of piezoelectric pillars having shapes corresponding to the through holes and fabricated in advance by sintering a piezoelectric pellet molded into the through holes respectively; a piezoelectric pillar lower surface adhering operation of adhering lower surfaces of the plurality of piezoelectric pillars to the one surface of the first electrode plate by applying a load to upper surfaces of the piezoelectric pillars ; a support member removing operation of lifting the support member upward and removing the support member from the first electrode plate ; and a piezoelectric pillar upper surface adhering operation of adhering upper surfaces of the plurality of piezoelectric pillars to one surface of a second electrode plate by applying a load to the other surface of the second electrode plate . an electrode plate preparing operation of preparing a first electrode plate ; a support member arranging operation of locating a support member formed with a plurality of through holes on one surface of the first electrode plate ; a piezoelectric pillar inserting operation of inserting a plurality of piezoelectric pillars having shapes corresponding to the through holes and fabricated in advance by sintering a piezoelectric pellet molded into the through holes respectively; a piezoelectric pillar lower surface adhering operation of adhering lower surfaces of the plurality of piezoelectric pillars to the one surface of the first electrode plate by applying a load to upper surfaces of the piezoelectric pillars ; a support member removing operation of lifting the support member upward and removing the support member from the first electrode plate ; and a piezoelectric pillar upper surface adhering operation of adhering upper surfaces of the plurality of piezoelectric pillars to one surface of a second electrode plate by applying a load to the other surface of the second electrode plate .
A method of traffic monitoring in a first network node, the method comprising: receiving a plurality of packet detection rules from a second network node; receiving a packet; determining that the packet matches a plurality of packet detection rules; sending an indication to the second network node that the packet matches a plurality of packet detection rules; and after sending the indication to the second network node, receiving from the second network node or from a third network node a modification for one or more of the packet detection rules, and modifying the one or more of the packet detection rules according to the modification to produce modified packet detection rules. receiving a plurality of packet detection rules from a second network node; receiving a packet; determining that the packet matches a plurality of packet detection rules; sending an indication to the second network node that the packet matches a plurality of packet detection rules; and after sending the indication to the second network node, receiving from the second network node or from a third network node a modification for one or more of the packet detection rules, and modifying the one or more of the packet detection rules according to the modification to produce modified packet detection rules.
An inertial measuring device , comprising - an inertial measuring unit for determining a north direction and for determining position angles; - a battery ; - a wireless interface ; and comprising - a housing , within which the inertial measuring unit , the battery and the interface are housed; wherein - a carrying handle is provided on the housing , which is formed as a one-hand carrying handle for carrying the inertial measuring device with one hand only during its intended use; - the housing has a horizontally extending fastening plate on its underside to fasten the inertial measuring device on an object; - the carrying handle is arranged on the upper side of the housing opposite of the fastening plate ; - the housing extends in a longitudinal direction; - the carrying handle also extends in the longitudinal direction of the housing ; and wherein - at least a portion of the housing and a portion of the carrying handle are integrally formed. - an inertial measuring unit for determining a north direction and for determining position angles; - a battery ; - a wireless interface ; and comprising - a housing , within which the inertial measuring unit , the battery and the interface are housed; - a carrying handle is provided on the housing , which is formed as a one-hand carrying handle for carrying the inertial measuring device with one hand only during its intended use; - the housing has a horizontally extending fastening plate on its underside to fasten the inertial measuring device on an object; - the carrying handle is arranged on the upper side of the housing opposite of the fastening plate ; - the housing extends in a longitudinal direction; - the carrying handle also extends in the longitudinal direction of the housing ; and wherein - at least a portion of the housing and a portion of the carrying handle are integrally formed.
- Rolling robot (1000; 2000) comprising moving means (1010, 1020; 2010, 2020) allowing it to move in parallel to a first plane of motion (P1) or, alternatively, in parallel to a second plane of motion (P2), as well as a body (1030; 2030), the volume of which is confined between both planes of motion (P1, P2), the rolling robot also comprising an arm (1040; 2040) mounted on the body and adopting either a storage configuration (R), in which it is confined between both planes of motion, or a first deployment configuration (D1), in which it protrudes through the first plane of motion (P1), or a second deployment configuration (D2) in which it protrudes through the second plane of motion (P2), the arm having a function of disengaging the robot if it is blocked but also being equipped to receive a payload , characterised in that the inner shape of the arm (1040; 2040) fits closely the outer shape of a base of the payload , such that the payload is protected so as to reconcile the disengaging function of the arm (1040; 2040) and the payload integrity protection.
An assembly for a turbine engine , the assembly comprising: a combustor wall including a shell , a heat shield and an annular body that at least partially defines a first aperture through the shell and the heat shield ; wherein the body further defines one or more second apertures through which air is directed into the first aperture and provides non-uniform cooling to the body.; and the body defines each of the second apertures with a respective path therethrough; wherein a geometry of the path of one of the second apertures is different than a geometry of the path of another one of the second apertures , characterised in that : respective outlets of the second apertures are disposed around and fluidly coupled with the first aperture ; a first of the outlets is between and adjacent to a second and a third of the outlets ; and a distance between the first and the second of the outlets is different than a distance between the first and the third of the outlets . a combustor wall including a shell , a heat shield and an annular body that at least partially defines a first aperture through the shell and the heat shield ; wherein the body further defines one or more second apertures through which air is directed into the first aperture and provides non-uniform cooling to the body.; and the body defines each of the second apertures with a respective path therethrough; wherein a geometry of the path of one of the second apertures is different than a geometry of the path of another one of the second apertures , characterised in that : respective outlets of the second apertures are disposed around and fluidly coupled with the first aperture ; a first of the outlets is between and adjacent to a second and a third of the outlets ; and a distance between the first and the second of the outlets is different than a distance between the first and the third of the outlets . respective outlets of the second apertures are disposed around and fluidly coupled with the first aperture ; a first of the outlets is between and adjacent to a second and a third of the outlets ; and a distance between the first and the second of the outlets is different than a distance between the first and the third of the outlets .
A coating device for sealant, comprising a sealant storage pipe, wherein the sealant storage pipe is provided with two end portions; one end portion is connected to a gas jet means and the other end portion is connected to a nozzle ; wherein the sealant storage pipe comprises a pipe wall defining a storage space for a sealant, characterized in that the pipe wall is made from a flexible material; and the pipe wall can be subjected to recoverable inward deformation perpendicular to an axial line of the sealant storage pipe so that the sealant storage pipe is configured to have a recessed shape to improve a balancing degree of an airflow from the gas jet means during spraying, wherein the flexible material is a piezoelectric material, and the pipe wall is deformed when an electric field is applied and recovered when the electric field is removed. wherein the sealant storage pipe comprises a pipe wall defining a storage space for a sealant, characterized in that the pipe wall is made from a flexible material; and the pipe wall can be subjected to recoverable inward deformation perpendicular to an axial line of the sealant storage pipe so that the sealant storage pipe is configured to have a recessed shape to improve a balancing degree of an airflow from the gas jet means during spraying, wherein the flexible material is a piezoelectric material, and the pipe wall is deformed when an electric field is applied and recovered when the electric field is removed.
Method for measuring an electric current causing a magnetic field, using a diamond material to be exposed to the magnetic field , wherein the diamond material comprises a plurality of NV centres , wherein an NV centre has a nitrogen incorporation and a defect , adjacent to the nitrogen incorporation , in a crystal lattice of the diamond material and has in each case one of four possible locations in the crystal lattice of the diamond material , wherein the method includes the following steps: providing light as first electromagnetic waves in a first frequency spectrum and microwaves as second electromagnetic waves in a second frequency spectrum in order to excite the diamond material to fluorescence ; capturing a fluorescence intensity of the fluorescence , wherein the diamond material is excited with a variable excitation frequency by way of the second electromagnetic waves and consequently intensity minima of the fluorescence, which depend on the location of the NV centres in the crystal lattice of the diamond material, are captured; evaluating the fluorescence intensity and a frequency of the second electromagnetic waves in order to ascertain a magnetic field strength of the magnetic field influencing the fluorescence, wherein a magnitude and a direction of the magnetic field are determined from the shape and location of the intensity minima ; and determining a current strength of the current using the magnetic field strength . providing light as first electromagnetic waves in a first frequency spectrum and microwaves as second electromagnetic waves in a second frequency spectrum in order to excite the diamond material to fluorescence ; capturing a fluorescence intensity of the fluorescence , wherein the diamond material is excited with a variable excitation frequency by way of the second electromagnetic waves and consequently intensity minima of the fluorescence, which depend on the location of the NV centres in the crystal lattice of the diamond material, are captured; evaluating the fluorescence intensity and a frequency of the second electromagnetic waves in order to ascertain a magnetic field strength of the magnetic field influencing the fluorescence, wherein a magnitude and a direction of the magnetic field are determined from the shape and location of the intensity minima ; and determining a current strength of the current using the magnetic field strength .
Coffee bean container comprising green and/or partially roasted coffee beans, the container comprising: an inner volume where beans are stored; roasting means allowing beans roasting in a certain required degree depending on the original roasting level of the stored beans; at least part or complete grinding means allowing grinding of the beans, once roasted, to a certain grinding size characterized in that the roasting means comprise a roasting hollow tube through which hot air at pressure circulates such that coffee beans circulate within the internal container volume and inside the tube , creating a fountain effect. an inner volume where beans are stored; roasting means allowing beans roasting in a certain required degree depending on the original roasting level of the stored beans; at least part or complete grinding means allowing grinding of the beans, once roasted, to a certain grinding size characterized in that the roasting means comprise a roasting hollow tube through which hot air at pressure circulates such that coffee beans circulate within the internal container volume and inside the tube , creating a fountain effect.
A method of fabricating a magnetoresistive bit from a magnetoresistive stack including (i) a first magnetic region , (ii) an intermediate region disposed over the first magnetic region , and (iii) a second magnetic region disposed over the intermediate region, the method comprising: (a) etching through a first portion of the magnetoresistive stack using a first etch process to form one or more sidewalls, wherein at least a portion of the sidewalls includes redeposited material after the etching; (b) modifying at least a portion of the redeposited material on the sidewalls, wherein the modifying step includes rendering at least a portion of the redeposited material on the sidewalls electrically-nonconductive; and (c) etching through a second portion of the magnetoresistive stack after the modifying step (b); characterized in that the first etch process includes using an ion beam for etching, wherein, in the first etch process, the ion beam is inclined at an angle (θ) between 0° and less than 30° with respect to an axis normal to a surface of the magnetoresistive stack . (a) etching through a first portion of the magnetoresistive stack using a first etch process to form one or more sidewalls, wherein at least a portion of the sidewalls includes redeposited material after the etching; (b) modifying at least a portion of the redeposited material on the sidewalls, wherein the modifying step includes rendering at least a portion of the redeposited material on the sidewalls electrically-nonconductive; and (c) etching through a second portion of the magnetoresistive stack after the modifying step (b);
A vehicle brake pedal booster pushrod interface assembly , comprising: a pivotable brake pedal arm comprising a protruding peg structure ; an elongate pushrod comprising a clip structure disposed at one end thereof and adapted to pivotably engage the protruding peg structure of the pivotable brake pedal arm ; and a cylindrical sleeve adapted to be rotatably disposed about the protruding peg structure of the pivotable brake pedal arm and be pivotably engaged by the clip structure of the elongate pushrod , wherein the cylindrical sleeve comprises an opposed conical section disposed at either end thereof and separated by a cylindrical center portion . a pivotable brake pedal arm comprising a protruding peg structure ; an elongate pushrod comprising a clip structure disposed at one end thereof and adapted to pivotably engage the protruding peg structure of the pivotable brake pedal arm ; and a cylindrical sleeve adapted to be rotatably disposed about the protruding peg structure of the pivotable brake pedal arm and be pivotably engaged by the clip structure of the elongate pushrod , wherein the cylindrical sleeve comprises an opposed conical section disposed at either end thereof and separated by a cylindrical center portion .