mhurhangee/patent-ind-claim-en huggingface dataset:
A microcapsule composition comprising a plurality of microcapsules, each microcapsule comprising a core material encapsulated in a shell, wherein the shell comprises a complex coacervate formed from at least two oppositely charged colloids, one of which is a protein, wherein the colloids are selected from the group consisting of polycarbohydrates, such as starch, modified starch, chitosan, dextrin, maltodextrin, and cellulose derivatives, and their quaternized forms; natural gums such as alginate esters, carrageenan, xanthanes, agar-agar, pectines, pectic acid, and natural gums such as gum arabic, gum tragacanth and gum karaya, guar gums and quaternized guar gums; proteins such as gelatine, protein hydrolysates and their quaternized forms; synthetic polymers and copolymers, such as poly(vinyl pyrrolidone-co-vinyl acetate), poly(vinyl alcohol-co-vinyl acetate), poly((meth)acrylic acid), poly(maleic acid), poly(alkyl(meth)acrylate-co-(meth)acrylic acid), poly(acrylic acid-co-maleic acid)copolymer, poly(alkyleneoxide), poly(vinylmethylether), poly(vinylether-co-maleic anhydride), as well as poly-(ethyleneimine), poly((meth)acrylamide), poly(alkyleneoxide-co-dimethylsiloxane), poly(amino dimethylsiloxane), and their quaternized forms; wherein the protein is cross linked to a hardening agent to form amide linkages between the protein and the hardening agent, wherein the hardening agent contains more than one anhydride group, which is reactive with amino groups on the protein to form amide cross-linkages, wherein the hardening agent is a polyanhydride selected from the group consisting of poly(ethylene-maleic anhydride) and poly(methyl vinyl ether-maleic anhydride).
A display panel comprising: a light emitting device ; a first protection layer which is disposed on an upper portion of the light emitting device , and of which surface is treated for diffuse reflection; a second protection layer which is disposed on an upper portion of the first protection layer , and of which surface is treated for at least one of diffuse reflection and anti-reflection; and a transparent layer which includes transparent materials that transmit visible rays, and absorb or reflect ultraviolet rays and infrared rays, characterized in that the transparent materials are spaced apart from each other with a predetermined interval and fixed on the surface of the first protection layer between the first protection layer and the second protection layer . a light emitting device ; a first protection layer which is disposed on an upper portion of the light emitting device , and of which surface is treated for diffuse reflection; a second protection layer which is disposed on an upper portion of the first protection layer , and of which surface is treated for at least one of diffuse reflection and anti-reflection; and a transparent layer which includes transparent materials that transmit visible rays, and absorb or reflect ultraviolet rays and infrared rays,
A spacer for a fastening arrangement for fastening, in particular in a vibration-damped manner, an assembly part to a carrier part , wherein the spacer comprises an in particular annular or sleeve-like base body with a first flange region and a second flange region , which lies opposite when viewed in the longitudinal direction (L) of the base body , and a passage that extends in particular parallel to the longitudinal direction (L), in which passage a fastener that is or can be connected to the carrier part , in particular a screw shaft of a fastening screw, is at least partially receivable, wherein the base body is configured at least in two parts and comprises a first body part and at least one further second body part , wherein the body parts can be releasably connected to one another in order to form the base body , and wherein, in the connected state the body parts , an in particular at least substantially annular gap region is provided between the first and second flange regions of the base body , in or from which gap region the edge of a fastening hole formed in the assembly part is at least partially receivable, characterized in that at least the first and second flange regions of the base body are formed from a first plastic component, wherein at least in regions a surface bounding the gap region is formed from a softer second plastic component compared to the first plastic component.
An electrostatic ink composition comprising: a resin having a M w of 10,000 or less; and a conductive species in an amount of at least 30 wt.% of the total solids content of the composition, wherein the conductive species comprises an elongate conductive species. a resin having a M w of 10,000 or less; and a conductive species in an amount of at least 30 wt.% of the total solids content of the composition, wherein the conductive species comprises an elongate conductive species.
A floating connector comprising: a fixed housing ; a movable housing ; a plurality of contacts disposed across the fixed housing and the movable housing , both ends of each of the contacts being fixed to the fixed housing and to the movable housing respectively; and a movement restriction member that restricts movement of the movable housing in a removal direction from the fixed housing , wherein the movable housing is movable in a pitch direction of the plurality of contacts in relation to the fixed housing , the movement restriction member includes two fixed parts to be fixed to the fixed housing , and an elastic deformation part opposed to the movable housing in the pitch direction and elastically deformable in the pitch direction; characterized in that : the elastic deformation part connects the two fixed parts, the elastic deformation part being supported by the two fixed parts and being opposed to the movable housing in a direction parallel to the removal direction. a fixed housing ; a movable housing ; a plurality of contacts disposed across the fixed housing and the movable housing , both ends of each of the contacts being fixed to the fixed housing and to the movable housing respectively; and a movement restriction member that restricts movement of the movable housing in a removal direction from the fixed housing , wherein the movable housing is movable in a pitch direction of the plurality of contacts in relation to the fixed housing , the movement restriction member includes two fixed parts to be fixed to the fixed housing , and an elastic deformation part opposed to the movable housing in the pitch direction and elastically deformable in the pitch direction; characterized in that : the elastic deformation part connects the two fixed parts, the elastic deformation part being supported by the two fixed parts and being opposed to the movable housing in a direction parallel to the removal direction.
An electronic device comprising a deformable object which is at least partially filled with a light-absorbing material, one or more light sources (204; 304; 403) embedded in the deformable object configured to illuminate the inside of the deformable object , an imaging unit located inside the deformable object and configured to capture respective images of light emitted by the light sources (204; 304; 403) and absorbed by the light-absorbing material with a full 360° angle of view, and circuity configured to reconstruct the shape of the deformable object based on the captured images of the light emitted by the light sources (204; 304; 403). a deformable object which is at least partially filled with a light-absorbing material, one or more light sources (204; 304; 403) embedded in the deformable object configured to illuminate the inside of the deformable object , an imaging unit located inside the deformable object and configured to capture respective images of light emitted by the light sources (204; 304; 403) and absorbed by the light-absorbing material with a full 360° angle of view, and circuity configured to reconstruct the shape of the deformable object based on the captured images of the light emitted by the light sources (204; 304; 403).
System for enabling wireless communication in a defined space (R, R') comprising - one or several immobile signal transmitters (B1, B2, B3, B4) providing a clearance signal, - two or more mobile terminal devices (M1, M2, M3, M4, M5) capable of mutual direct wireless communication, wherein each of the terminal devices (M1, M2, M3, M4, M5) is cleared for participation in a virtual network (N) only when receiving the clearance signal from at least one of the signal transmitters (B1, B2, B3, B4), characterized in that - the virtual network (N) ∘ is a communications network, over which data communication takes place between the cleared mobile terminal devices (M1, M2, M3, M4), and ∘ is formed by the entirety of the cleared mobile terminal devices (M1, M2, M3, M4), and - the mobile terminal devices (M1, M2, M3, M4, M5) are configured such that they, upon reception of the clearance signal, derive an information therefrom on the basis of which they are cleared for participating in the virtual network (N), - wherein the derived information - is an identifier which identifies the network (N) as a whole, or - is an individual and unique identifier of the signal transmitters (B1, B2, B3, B4), - and the appropriately configured mobile terminal devices (M1, M2, M3, M4, M5) possess a list of all authentic identifiers. - one or several immobile signal transmitters (B1, B2, B3, B4) providing a clearance signal, - two or more mobile terminal devices (M1, M2, M3, M4, M5) capable of mutual direct wireless communication, - the virtual network (N) ∘ is a communications network, over which data communication takes place between the cleared mobile terminal devices (M1, M2, M3, M4), and ∘ is formed by the entirety of the cleared mobile terminal devices (M1, M2, M3, M4), and ∘ is a communications network, over which data communication takes place between the cleared mobile terminal devices (M1, M2, M3, M4), and ∘ is formed by the entirety of the cleared mobile terminal devices (M1, M2, M3, M4), and - the mobile terminal devices (M1, M2, M3, M4, M5) are configured such that they, upon reception of the clearance signal, derive an information therefrom on the basis of which they are cleared for participating in the virtual network (N), - wherein the derived information - is an identifier which identifies the network (N) as a whole, or - is an individual and unique identifier of the signal transmitters (B1, B2, B3, B4), - is an identifier which identifies the network (N) as a whole, or - is an individual and unique identifier of the signal transmitters (B1, B2, B3, B4), - and the appropriately configured mobile terminal devices (M1, M2, M3, M4, M5) possess a list of all authentic identifiers.
Method for handling a bag chain , wherein the bag chain is folded into layers to form a stack , and wherein the layers each include one or multiple bags of the bag chain , characterized in that the bag chain is folded by at least two folding members which engage between the bags of the bag chain to fold the bag chain , and in that the bag chain is folded by the folding members in such a manner that, to form the zig-zag layers, the bag chain is folded first of all by a first folding member in one direction and then by another, second folding member in another direction which deviates from the first direction.
A foot support member , comprising: a plantar support component including a first surface for supporting at least a portion of a plantar surface of a wearer's foot; and a flexible support member engaged with the plantar support component , wherein the flexible support member includes a wave shaped portion , wherein the wave shaped portion is oriented such that plural wave crests extend toward the first surface of the plantar support component and plural wave troughs extend away from the first surface of the plantar support component , wherein the wave shaped portion includes a rigid plate capable of flexing under weight of a wearer, wherein flexing of the rigid plate under weight of a wearer changes a longitudinal dimension of the foot support member , wherein peaks of the plural wave troughs and peaks of the plural wave crests extend in a substantially heel to toe direction, wherein the foot support member further comprises a ground contacting component engaged with the wave shaped portion of the flexible support member, wherein the ground contacting component extends laterally outward with respect to a majority of a lateral perimeter edge of the foot support member when the rigid plate of the wave shaped portion flexes under weight of a wearer, and wherein the wave shaped portion of the flexible support member is located in a forefoot area of the foot support member and extends from a central forefoot region toward a lateral side region of the foot support member . a plantar support component including a first surface for supporting at least a portion of a plantar surface of a wearer's foot; and a flexible support member engaged with the plantar support component , wherein the flexible support member includes a wave shaped portion , wherein the wave shaped portion is oriented such that plural wave crests extend toward the first surface of the plantar support component and plural wave troughs extend away from the first surface of the plantar support component , wherein the wave shaped portion includes a rigid plate capable of flexing under weight of a wearer, wherein flexing of the rigid plate under weight of a wearer changes a longitudinal dimension of the foot support member , wherein peaks of the plural wave troughs and peaks of the plural wave crests extend in a substantially heel to toe direction, wherein the foot support member further comprises a ground contacting component engaged with the wave shaped portion of the flexible support member, wherein the ground contacting component extends laterally outward with respect to a majority of a lateral perimeter edge of the foot support member when the rigid plate of the wave shaped portion flexes under weight of a wearer, and wherein the wave shaped portion of the flexible support member is located in a forefoot area of the foot support member and extends from a central forefoot region toward a lateral side region of the foot support member .
A duct assembly consisting of a flat duct connector and a flat duct , wherein the flat duct has a rectangular duct section consisting of a thin sheet metal and a slip-on gasket is slipped onto the rectangular duct section via a free end face of the rectangular duct section , and wherein the flat duct connector has a first and a second flat duct connection which are connected to each other via a tube section , wherein a supporting element is arranged in the cross section of the tube section , which supports opposite wall sections of the tube section against each other, wherein both the tube section and the two flat duct connections are made of thin sheet metal and wherein the supporting element extends in the axial direction of the flat duct connector from a first free cut edge to a second free cut edge at the end faces of the flat duct connectors .
A computer-implemented method for analysing a pulse wave signal, PWS, obtained from a subject to determine an indication of the blood pressure or a change in blood pressure of the subject, wherein the PWS comprises pulse wave measurements for a plurality of cardiac cycles of the subject during a first time period, the method comprising: (i) analysing the PWS to determine a first average cardiac cycle waveform for a first time point in the first time period and a second average cardiac cycle waveform for a second time point in the first time period; (ii) determining a difference signal representing a change in morphology from the first average cardiac cycle waveform to the second average cardiac cycle waveform; (iii) determining an absolute value of the change in morphology from the difference signal; (iv) determining a direction of the change in morphology; and (v) determining a relative blood pressure change by combining the absolute value and the direction of the change in morphology. (i) analysing the PWS to determine a first average cardiac cycle waveform for a first time point in the first time period and a second average cardiac cycle waveform for a second time point in the first time period; (ii) determining a difference signal representing a change in morphology from the first average cardiac cycle waveform to the second average cardiac cycle waveform; (iii) determining an absolute value of the change in morphology from the difference signal; (iv) determining a direction of the change in morphology; and (v) determining a relative blood pressure change by combining the absolute value and the direction of the change in morphology.
A system for providing real-time performance feedback on a rowing machine, the rowing machine comprising a load unit coupled to a support track , a seat coupled to the support track for supporting a rower, a handle coupled to the load unit arranged to move relative to the load unit by a pulling action on the handle, and a foot stretcher coupled to the support track arranged to receive a pushing action thereon, the system comprising: a first sensor configured to measure a first parameter indicative of the pulling action on the handle; characterised by a second sensor (12; 17; 21) configured to measure a second parameter indicative of the velocity of movement of the rowing machine relative to the floor caused by the pushing action received by the foot stretcher; and a data processing unit, DPU, configured to determine a relationship between the pulling action on the handle and the pushing action received by the foot stretcher based on the first parameter and the second parameter. a first sensor configured to measure a first parameter indicative of the pulling action on the handle; characterised by a second sensor (12; 17; 21) configured to measure a second parameter indicative of the velocity of movement of the rowing machine relative to the floor caused by the pushing action received by the foot stretcher; and a data processing unit, DPU, configured to determine a relationship between the pulling action on the handle and the pushing action received by the foot stretcher based on the first parameter and the second parameter.
A computer system configured to balance graphics processor use among virtual machines, comprising: a processor; a first 3D graphics processing unit; a second 3D graphics processing unit; and a memory in communication with at least the processor when the computer system is operational, the memory having stored thereon computer readable instructions that upon execution cause the processor to: assign a group of virtual machines to render 3D graphics on a first 3D graphics processing unit; determine that the first 3D graphics processing unit is overcommitted based on at least an amount of time the first 3D graphics processing unit takes to respond to commands; and move a first virtual machine from the group of virtual machines to a second graphics processing unit in response to at least the determination that the first 3D graphics processing unit is overcommitted. a processor; a first 3D graphics processing unit; a second 3D graphics processing unit; and a memory in communication with at least the processor when the computer system is operational, the memory having stored thereon computer readable instructions that upon execution cause the processor to: assign a group of virtual machines to render 3D graphics on a first 3D graphics processing unit; determine that the first 3D graphics processing unit is overcommitted based on at least an amount of time the first 3D graphics processing unit takes to respond to commands; and move a first virtual machine from the group of virtual machines to a second graphics processing unit in response to at least the determination that the first 3D graphics processing unit is overcommitted. assign a group of virtual machines to render 3D graphics on a first 3D graphics processing unit; determine that the first 3D graphics processing unit is overcommitted based on at least an amount of time the first 3D graphics processing unit takes to respond to commands; and move a first virtual machine from the group of virtual machines to a second graphics processing unit in response to at least the determination that the first 3D graphics processing unit is overcommitted.
A distal capture device suitable for use with a self-expanding stent, comprising: a sleeve having a proximal end , an opposite distal end and a passageway defined axially therethrough; and at least one elastically deformable section , each of the at least one elastically deformable section has a free terminating end and an opposite end mounted to the distal end of the sleeve; wherein the at least one elastically deformable section transitions between: (i) a fully expanded state in which the at least one elastically deformable section is distally biased in a direction away from the sleeve so that its free terminating end extends beyond the distal end of the sleeve in a distal direction; and (ii) a retracted state in which the free terminating end of each of the at least one elastically deformable section is proximally deflected backwards over itself in a direction toward the proximal end of the sleeve; wherein the at least one elastically deformable section transitions from the fully expanded state to the retracted state only when the free terminating end is subject to an external retractive force in a direction towards the proximal end of the sleeve. a sleeve having a proximal end , an opposite distal end and a passageway defined axially therethrough; and at least one elastically deformable section , each of the at least one elastically deformable section has a free terminating end and an opposite end mounted to the distal end of the sleeve; wherein the at least one elastically deformable section transitions between: (i) a fully expanded state in which the at least one elastically deformable section is distally biased in a direction away from the sleeve so that its free terminating end extends beyond the distal end of the sleeve in a distal direction; and (ii) a retracted state in which the free terminating end of each of the at least one elastically deformable section is proximally deflected backwards over itself in a direction toward the proximal end of the sleeve; wherein the at least one elastically deformable section transitions from the fully expanded state to the retracted state only when the free terminating end is subject to an external retractive force in a direction towards the proximal end of the sleeve.