mhurhangee/patent-ind-claim-en huggingface dataset:
A tyre comprising: a tread portion ; a bead portion ; and a sidewall portion extending between the bead portion and the tread portion wherein the sidewall portion comprises two sidewalls ; and wherein the tread portion , bead portion and sidewall portion define an inner cavity of the tyre ; the tyre further comprising two noise reduction layers , one on each of the sidewalls , in the inner cavity of the tyre; characterised in that each noise reduction layer defines an inner radial side and an outer radial side and the inner radial side comprises at least one cutout , and in that the noise reduction layers define a thickness in a direction perpendicular to the sidewall portion and the thickness of the noise reduction layers varies in a radial direction of the tyre . a tread portion ; a bead portion ; and a sidewall portion extending between the bead portion and the tread portion wherein the sidewall portion comprises two sidewalls ; and wherein the tread portion , bead portion and sidewall portion define an inner cavity of the tyre ; the tyre further comprising two noise reduction layers , one on each of the sidewalls , in the inner cavity of the tyre; characterised in that each noise reduction layer defines an inner radial side and an outer radial side and the inner radial side comprises at least one cutout , and in that the noise reduction layers define a thickness in a direction perpendicular to the sidewall portion and the thickness of the noise reduction layers varies in a radial direction of the tyre .
An anatomical mapping system comprising a mapping catheter having a distal end carrying a three-dimensional multiple electrode structure carrying a plurality of mapping electrodes , and a processing system electrically coupled to the electrodes , characterized by the processing system configured to: determine a cycle length, CL, of each activation signal received from the electrodes ; estimate an action potential duration, APD, and diastolic interval, DI, for each cycle length, CL, wherein an initial estimate of APD and DI for each cycle length is random or based on a priori information; generate a two-dimensional restitution dataset which pairs each estimated action potential duration, APD, with an estimated diastolic interval, from a directly preceding cycle length, pDI iteratively optimize each estimated action potential duration, APD, and corresponding diastolic interval, DI, to maximize a functional association between the estimated action potential duration, APD, and estimated diastolic interval, from the preceding cycle length, pDI and generate an action potential duration, APD, restitution curve based on the restitution dataset corresponding to the maximized functional association, and the anatomical mapping system comprising an output display device to which the generated APD restitution curve is output. determine a cycle length, CL, of each activation signal received from the electrodes ; estimate an action potential duration, APD, and diastolic interval, DI, for each cycle length, CL, wherein an initial estimate of APD and DI for each cycle length is random or based on a priori information; generate a two-dimensional restitution dataset which pairs each estimated action potential duration, APD, with an estimated diastolic interval, from a directly preceding cycle length, pDI iteratively optimize each estimated action potential duration, APD, and corresponding diastolic interval, DI, to maximize a functional association between the estimated action potential duration, APD, and estimated diastolic interval, from the preceding cycle length, pDI and generate an action potential duration, APD, restitution curve based on the restitution dataset corresponding to the maximized functional association, and the anatomical mapping system comprising an output display device to which the generated APD restitution curve is output.
A medical product , comprising: a pocket ; an implantable medical device positioned in said pocket, characterized in that the pocket is a remodelable material pocket, wherein said remodelable material comprises a collagenous extracellular matrix material and is effective to promote cellular invasion and ingrowth into the remodelable material such that the implantable medical device will become at least partially surrounded by remodeled patient tissue following implantation; and one or more therapeutic agents in a void space in the remodelable material pocket and/or in the remodelable material. a pocket ; an implantable medical device positioned in said pocket, characterized in that the pocket is a remodelable material pocket, wherein said remodelable material comprises a collagenous extracellular matrix material and is effective to promote cellular invasion and ingrowth into the remodelable material such that the implantable medical device will become at least partially surrounded by remodeled patient tissue following implantation; and one or more therapeutic agents in a void space in the remodelable material pocket and/or in the remodelable material.
A binder composition for a secondary battery electrode comprising a polymer, wherein the polymer includes a nitrile group-containing monomer unit, an aromatic vinyl monomer unit, and a linear alkylene structural unit, and a residual mercaptan content in the polymer determined according to the method mentioned in the specification is not less than 1 ppm and not more than 50 ppm based on mass of the polymer.
A combination comprising (a) an isolated fibroblast growth factor (FGF) peptide or peptide dimer or a pharmaceutically acceptable salt thereof, wherein the FGF peptide or peptide dimer comprises the amino acid sequence CYRSRKYSSWYVALKRC (SEQ ID NO:1); and (b) thrombopoeitin (TPO), for use in preventing or treating a disorder caused by radiation exposure, wherein said disorder comprises acute radiation syndrome (ARS). (a) an isolated fibroblast growth factor (FGF) peptide or peptide dimer or a pharmaceutically acceptable salt thereof, wherein the FGF peptide or peptide dimer comprises the amino acid sequence CYRSRKYSSWYVALKRC (SEQ ID NO:1); and (b) thrombopoeitin (TPO),
Aerosol device comprising a container containing: - one or more propellants, and - a composition comprising: - one or more sebum-absorbing powders with a sebum uptake of greater than or equal to 35 ml/100 g, - one or more styling powders comprising calcium carbonate, the propellant(s) possibly being present in the composition or, in the container, separate from the composition the composition being free of C 2-4 monoalcohols. - one or more propellants, and - a composition comprising: - one or more sebum-absorbing powders with a sebum uptake of greater than or equal to 35 ml/100 g, - one or more styling powders comprising calcium carbonate,
Magnetic induction furnace to heat solid or tubular metal billets made of non-ferrous material to be subjected to extrusion, the magnetic induction furnace comprising a heating part in which there is present at least one heating section comprising at least one coaxial annular electric motor having a fixed motor stator and a permanent magnet motor rotor mobile in said stator , the heating section being configured to contain each billet in completely stationary state when it is inserted into the furnace during the entire heating operation, wherein an annular rotor carrying a plurality of permanent magnets is provided inside each coaxial annular electric motor, said annular rotor being coaxial to said motor stator and motor rotor of the coaxial annular electric motor and defining a compartment with vertical axis (W) with respect to a plane (P) on which the furnace lies, the annular rotor being configured to contain at least one billet when heated by magnetic induction through the movement of the annular rotor contained in the motor rotor of the coaxial annular electric motor , said compartment being configured to contain completely the billet during the heating operation in the steady position.
Vehicle seat protected against landmines and intended for a military vehicle, with a lower part to be fixed to the military vehicle , an upper part for a seat plate of the vehicle seat , and a spring-mounted scissor frame located between the lower part and the upper part and respectively a first axis of which is permanently fixed at the lower part and the upper part and respectively a second axis of which is guided with a linear movement along a guide device provided at the lower part and the upper part , characterised in that a rack element is fixed at the second axis , associated with the lower part of the vehicle seat , of the scissor frame , and in that a pair of jaw elements held laterally at a distance from the element rack by means of a locking device of the vehicle seat , in the normal driving state of the military vehicle, are provided at the lower part next to the rack element , and in the case of a mine explosion where the height distance between the upper part and the lower part of the vehicle seat is reduced to a minimum due to the inertia of the vehicle seat occupied by a user, the locking device unlocks the jaw elements and a spring device connects the two jaw elements to the rack element by mutual engagement in form and force locking manner.
A battery pack having a secondary battery and a circuit configured to control charging and discharging of the secondary battery , the battery pack comprising: a first computer configured to communicate with a second computer disposed in a charging device and to authenticate the charging device ; and charging control means , configured to be controlled by the first computer configured to supply a charging current to the secondary battery when the charging device has been successfully authenticated and to shut off the charging current when the charging device has not been successfully authenticated; characterized in that the battery pack is configured to cancel the shutoff state of the charging current when the battery pack is detached from the charging device . a first computer configured to communicate with a second computer disposed in a charging device and to authenticate the charging device ; and charging control means , configured to be controlled by the first computer configured to supply a charging current to the secondary battery when the charging device has been successfully authenticated and to shut off the charging current when the charging device has not been successfully authenticated; characterized in that the battery pack is configured to cancel the shutoff state of the charging current when the battery pack is detached from the charging device .
Dispenser system for a pumpable dispensed product , in particular for a cosmetic dispensed fluid product such as washing lotion, cream lotion, perfume liquid or the like, comprising a dimensionally stable or flexible product container and a dispenser device with a pump apparatus , said pump apparatus comprising at least one first valve group for conveying the dispensed product out of the product container and a second valve group for feeding air into the product container , said second valve group defining a feed duct in which at least one filter unit is arranged for sterile air filtration, such that a positive pressure is settable for sterile air inside the product container , characterized in that the pump apparatus is designed as a manually operable double-pump apparatus and comprises a double-piston system for simultaneous conveying of the dispensed product and introduction of the sterile air .
An improved insulating block comprising a block body whereby the block body is made of a block material and comprises a top face, a bottom face, a front face , a back face , two side faces and at least one cavity , whereby the back face is parallel to the front face, whereby said cavity extends from the top face to the bottom face and comprises a first thermally insulating material, whereby the front face and the back face are both substantially made of the block material, and are connected to each other by the block material, whereby a shortest path from the front face to the back face through only the block material is always longer than the front face is distanced from the back face for providing thermal insulation between the front face and the back face and for increasing strength between the bottom face and the top face, characterized in that the block material represents less than 42% of the volume of a convex hull of the block body, and whereby the block body has a substantially constant material cross section parallel to the bottom face over the entire height of the block body.
A method of updating a sequencing cell, the method comprising: providing a membrane that divides a first electrolyte reservoir of the sequencing cell from a second electrolyte reservoir of the sequencing cell, wherein the membrane comprises an initial nanopore, and wherein the first electrolyte reservoir has a first initial osmolarity and the second electrolyte reservoir has a second initial osmolarity; flowing a first electrolyte solution to the first electrolyte reservoir, wherein the first electrolyte solution has a first electrolyte solution osmolarity that is different than the first initial reservoir osmolarity, thereby causing the first electrolyte reservoir to have a new osmolarity that is different than the first initial osmolarity; ejecting the initial nanopore from the membrane as a result of a difference between the new osmolarity and the second initial osmolarity; adding a second electrolyte solution to the first electrolyte reservoir, wherein the second electrolyte solution comprises a plurality of replacement nanopores, wherein the second electrolyte solution has a second electrolyte solution osmolarity that is closer to the second initial osmolarity than the first electrolyte solution osmolarity; and inserting one of the plurality of replacement nanopores into the membrane. providing a membrane that divides a first electrolyte reservoir of the sequencing cell from a second electrolyte reservoir of the sequencing cell, wherein the membrane comprises an initial nanopore, and wherein the first electrolyte reservoir has a first initial osmolarity and the second electrolyte reservoir has a second initial osmolarity; flowing a first electrolyte solution to the first electrolyte reservoir, wherein the first electrolyte solution has a first electrolyte solution osmolarity that is different than the first initial reservoir osmolarity, thereby causing the first electrolyte reservoir to have a new osmolarity that is different than the first initial osmolarity; ejecting the initial nanopore from the membrane as a result of a difference between the new osmolarity and the second initial osmolarity; adding a second electrolyte solution to the first electrolyte reservoir, wherein the second electrolyte solution comprises a plurality of replacement nanopores, wherein the second electrolyte solution has a second electrolyte solution osmolarity that is closer to the second initial osmolarity than the first electrolyte solution osmolarity; and inserting one of the plurality of replacement nanopores into the membrane.
A heating device for heating a foodstuff in a container, the heating device comprising: a chamber configured to contain a fluid and to receive the container ; a heating unit for heating the fluid ; a temperature sensing unit ; and a controller configured to control the heating unit, wherein the temperature sensing unit is configured to sense a temperature of the fluid, and wherein the controller is configured to: monitor the temperature of the fluid to determine a first measured temperature pattern for the fluid over a first predetermined period of time; characterized in that , if the first measured temperature pattern corresponds to a first predetermined temperature pattern , determine a first heating profile and control the heating unit so as to heat the fluid according to the first heating profile. a chamber configured to contain a fluid and to receive the container ; a heating unit for heating the fluid ; a temperature sensing unit ; and a controller configured to control the heating unit, wherein the temperature sensing unit is configured to sense a temperature of the fluid, and wherein the controller is configured to: monitor the temperature of the fluid to determine a first measured temperature pattern for the fluid over a first predetermined period of time; characterized in that , if the first measured temperature pattern corresponds to a first predetermined temperature pattern , determine a first heating profile and control the heating unit so as to heat the fluid according to the first heating profile. monitor the temperature of the fluid to determine a first measured temperature pattern for the fluid over a first predetermined period of time; characterized in that , if the first measured temperature pattern corresponds to a first predetermined temperature pattern , determine a first heating profile and control the heating unit so as to heat the fluid according to the first heating profile.
An exhaust gas routing component for an exhaust gas system of an internal combustion engine, comprising a tube-like component body with a first component body end region and a second component body end region arranged in the direction of a component body longitudinal axis (L) at a distance from the first component body end region , wherein the component body comprises a tube-like outer body and a tube-like inner body received in the tube-like outer body , wherein the inner body is fixed in a fastening region to the outer body, wherein, in the fastening region , the inner body is fixed on the outer body by material connection and/or interference fit and wherein there is provided a sliding guide which acts between the outer body and the inner body and permits a relative movement of the inner body in relation to the outer body outside the fastening region , wherein, in the first component body end region , the outer body has a first outer body end portion and the inner body has a first inner body end portion which is received in the first outer body end portion and in the second component body end region , the outer body has a second outer body end portion and the inner body has a second inner body end portion which is received in the second outer body end portion , characterized in that the fastening region is provided on the first component body end region or the second component body end region , and in that the sliding guide comprises, on the outer body , two guide recesses which are substantially diametrically opposed and extend substantially in the direction of the component body longitudinal axis (L) and are open in relation to the component body longitudinal axis (L) substantially radially inwards in the direction of an outer body inner space, and comprises at the inner body in association to each guide recess at least one guide projection which extends substantially in the direction of the component body longitudinal axis (L) and engages in relation to the component body longitudinal axis (L) substantially radially outward into the assigned guide recess .
A head-mounted display comprising: a reflective member arranged in front of a user, and configured to reflect display light (PL11, PR11) for forming a display image toward the user; a beam splitter arranged between the reflective member and the eyes of the user, and configured to reflect the display light toward the reflective member and transmit the display light that has been reflected by the reflective member, and a divider part arranged between a space in front of a left eye (EL) of the user and a space in front of a right eye (ER), and configured to diffusely reflect the display light, wherein the divider part is different in diffuse reflectance in front of and behind the beam splitter. a reflective member arranged in front of a user, and configured to reflect display light (PL11, PR11) for forming a display image toward the user; a beam splitter arranged between the reflective member and the eyes of the user, and configured to reflect the display light toward the reflective member and transmit the display light that has been reflected by the reflective member, and a divider part arranged between a space in front of a left eye (EL) of the user and a space in front of a right eye (ER), and configured to diffusely reflect the display light, wherein the divider part is different in diffuse reflectance in front of and behind the beam splitter.
Powdered composition comprising: (a) 100 parts by weight of at least one polyhydroxyalkanoate (PHA) in the form of particles having an average diameter (d50) from 1 um to 100 um, preferably from 5 um to 60 μm; (b) from 0.1 to 10 parts by weight, preferably from 0.5 to 5 parts by weight, of at least one silicate or silica. (a) 100 parts by weight of at least one polyhydroxyalkanoate (PHA) in the form of particles having an average diameter (d50) from 1 um to 100 um, preferably from 5 um to 60 μm; (b) from 0.1 to 10 parts by weight, preferably from 0.5 to 5 parts by weight, of at least one silicate or silica.
A bite force measuring system comprising: a control unit and a mouthpiece adapted for being interfaced with the control unit , the mouthpiece comprising: memory storing calibration parameters, the calibration parameters consisting of coefficients of a polynomial equation of degree N with N greater than 1; a fluid-filled compressible cavity ; a fluid-pressure-sensing device for measuring a pressure of a fluid contained in the fluid-filled compressible cavity ; and a communication interface for transmitting the calibration parameters and the measured pressure to the control unit ; and the control unit comprising: a communication interface for receiving the calibration parameters and the measured pressure from the mouthpiece ; and a processing unit using the calibration parameters and the measured pressure for calculating a bite force corresponding to the measured pressure, the processing unit applying the polynomial equation to the measured pressure for calculating the bite force. memory storing calibration parameters, the calibration parameters consisting of coefficients of a polynomial equation of degree N with N greater than 1; a fluid-filled compressible cavity ; a fluid-pressure-sensing device for measuring a pressure of a fluid contained in the fluid-filled compressible cavity ; and a communication interface for transmitting the calibration parameters and the measured pressure to the control unit ; and the control unit comprising: a communication interface for receiving the calibration parameters and the measured pressure from the mouthpiece ; and a processing unit using the calibration parameters and the measured pressure for calculating a bite force corresponding to the measured pressure, the processing unit applying the polynomial equation to the measured pressure for calculating the bite force. a communication interface for receiving the calibration parameters and the measured pressure from the mouthpiece ; and a processing unit using the calibration parameters and the measured pressure for calculating a bite force corresponding to the measured pressure, the processing unit applying the polynomial equation to the measured pressure for calculating the bite force.