mhurhangee/patent-ind-claim-en huggingface dataset:
Single- or double-sided adhesive tape comprising curable adhesive composition for encapsulation of an electronic or optoelectronic arrangement against permeants, composed of the following components: (A) 20% to 99.9% by weight (based on the entirety of the curable adhesive composition) of a (co)polymer functionalized with epoxy groups and having a weight-average molar mass in the region of at least 5000 g/mol, determined by GPC by test method C, based on more than 30% to 100% by weight, preferably 50% to 100% by weight, (based on the entirety of the parent monomers of the epoxy-functionalized (co)polymer) of at least one type of (meth)acrylic (co)monomer (a) functionalized with an epoxy group, (B) 0.1% to 5% by weight (based on the entirety of the curable adhesive composition) of at least one curing agent that can induce the curing - especially cationic curing - of the (co)polymer (A) with reaction of its epoxy groups by thermal means and/or by supply of UV radiation, (C) optionally 0% to 79.9% by weight of further constituents. (A) 20% to 99.9% by weight (based on the entirety of the curable adhesive composition) of a (co)polymer functionalized with epoxy groups and having a weight-average molar mass in the region of at least 5000 g/mol, determined by GPC by test method C, based on more than 30% to 100% by weight, preferably 50% to 100% by weight, (based on the entirety of the parent monomers of the epoxy-functionalized (co)polymer) of at least one type of (meth)acrylic (co)monomer (a) functionalized with an epoxy group, (B) 0.1% to 5% by weight (based on the entirety of the curable adhesive composition) of at least one curing agent that can induce the curing - especially cationic curing - of the (co)polymer (A) with reaction of its epoxy groups by thermal means and/or by supply of UV radiation, (C) optionally 0% to 79.9% by weight of further constituents.
A fluid dispenser comprising a deformable outer shell and a flexible inner pouch that is arranged inside the deformable outer shell in such a manner as to define between them a compression space (E) that is filled with air, the flexible inner pouch containing a fluid for dispensing through a fluid dispenser valve , the compression space (E) communicating with the outside through an air inlet valve , such that deformation of the deformable outer shell closes the air inlet valve and puts the air contained in the compression space (E) under pressure, the air under pressure acting on the flexible inner pouch , so that the fluid therein is then forced through the fluid dispenser valve , the dispenser also comprising a head that is fitted on the deformable outer shell and on the flexible inner pouch , the head comprising a first valve support on which the fluid dispenser valve is mounted, and a second valve support on which the air inlet valve is mounted, the dispenser being characterized in that it further comprises a hood that is fastened in non-leaktight manner on the deformable outer shell , the hood holding the head in place on the deformable outer shell and on the flexible inner pouch , the hood including a window in which the dispenser valve is positioned.
Extraction cell for a centrifugal partition chromatograph, which has a cell wall determining a closed extraction chamber , as well as an inlet and an outlet ensuring the fluid connection between the extraction chamber and the space outside of the extraction cell formed on essentially opposite parts of the cell wall , the extraction cell has an asymmetrical structure from the point of view of reversibility of flow direction used when the centrifugal partition chromatograph is in operation, characterised by that the inlet and the outlet have different cross-sections.
A radiation source including iridium wherein the density of an active insert containing the iridium is in a range of 30 to 85 percent of the density of 100% dense pure iridium, characterized in that the iridium is in the form of microbeads or microcylinders.
Method for operating a cache (DANE) configured to be arranged along a transmission path between client terminals (CT) and at least one server (SE), said cache (DANE) being configured to receive requests from client terminals (CT) for segments of a multimedia content available at several representations, wherein the method comprises: - receiving (S1), from a first client terminal (CT), a first request for a preferred representation and at least one alternative representation of a given segment of said multimedia content the method characterised by further comprising the following subsequent steps: - determining (S2) an ongoing representation of said given segment, having already been requested by said cache from said server (SE) for a further client terminal (CT) and being currently downloading at the cache, which matches the preferred representation or an alternative representation of the first request. - receiving (S1), from a first client terminal (CT), a first request for a preferred representation and at least one alternative representation of a given segment of said multimedia content the method characterised by further comprising the following subsequent steps: - determining (S2) an ongoing representation of said given segment, having already been requested by said cache from said server (SE) for a further client terminal (CT) and being currently downloading at the cache, which matches the preferred representation or an alternative representation of the first request.
Orthosis for the thumb saddle joint (CMP), comprising - a shell that extends from the proximal wrist joint (RP) distally to the thumb basal joint (MCP), wherein the shell can be designed to be completely encircling at its distal end (in the area of the metacarpophalangeal joint) as well as open, - a closure in the region of the proximal wrist joint (RP), which is attached to the shell and can be fixed to the proximal wrist joint (RP) in a completely encircling manner, - a channel provided in the shell , which ends with the channel outlet , - a flexible splint , which extends partially in the channel from the shell to the thumb end joint (IP) and leaves the latter through the channel outlet , - a holder which is provided at a first end of the flexible splint and can be fixed at the distal end of the first thumb bone (PPI) in a completely encircling manner, and - an adjusting element which is arranged on the shell and which reversibly receives the flexible splint at its second end, characterised in that the flexible splint extends from the adjusting element through the channel and leaves the latter laterally/proximal to the thumb basal joint (MCP), wherein the flexible splint extends parallel to the anatomical pivot point of the joint in the region of the channel outlet and the flexible splint reversibly detachably connects the shell to the holder . - a shell that extends from the proximal wrist joint (RP) distally to the thumb basal joint (MCP), wherein the shell can be designed to be completely encircling at its distal end (in the area of the metacarpophalangeal joint) as well as open, - a closure in the region of the proximal wrist joint (RP), which is attached to the shell and can be fixed to the proximal wrist joint (RP) in a completely encircling manner, - a channel provided in the shell , which ends with the channel outlet , - a flexible splint , which extends partially in the channel from the shell to the thumb end joint (IP) and leaves the latter through the channel outlet , - a holder which is provided at a first end of the flexible splint and can be fixed at the distal end of the first thumb bone (PPI) in a completely encircling manner, and - an adjusting element which is arranged on the shell and which reversibly receives the flexible splint at its second end,
A method executed within the control system for controlling operations of a powered system comprising operational entities arranged in a Time Sensitive Network, TSN, the TSN having a network topology , the method comprising: determining a set of data flow permutations corresponding to the network topology ; computing a respective full schedule corresponding to each data flow permutation of the set of flow permutations ; determining a respective time duration to compute the full schedule for each data flow permutation of the set of data flow permutations ; computing a respective partial schedule for each data flow permutation of the set of flow permutations , wherein the partial schedule acts as a hash for its corresponding full schedule; selecting a data flow permutation of the set of data flow permutations based at least in part on the respective time duration to compute the full schedule for the selected data flow permutation ; and saving the selected data flow permutation to a memory , further comprising determining a first amount of memory to save each respective full schedule ; and determining a second amount of memory to save each respective partial schedule , wherein the selecting a data flow permutation of the set of data flow permutations is based at least in part on the determined respective time duration to compute the full schedule for the selected data flow permutation , the first amount of memory to save the respective full schedule , and the second amount of memory to save the partial schedule for the selected data flow permutation . determining a set of data flow permutations corresponding to the network topology ; computing a respective full schedule corresponding to each data flow permutation of the set of flow permutations ; determining a respective time duration to compute the full schedule for each data flow permutation of the set of data flow permutations ; computing a respective partial schedule for each data flow permutation of the set of flow permutations , wherein the partial schedule acts as a hash for its corresponding full schedule; selecting a data flow permutation of the set of data flow permutations based at least in part on the respective time duration to compute the full schedule for the selected data flow permutation ; and saving the selected data flow permutation to a memory , further comprising determining a first amount of memory to save each respective full schedule ; and determining a second amount of memory to save each respective partial schedule , wherein the selecting a data flow permutation of the set of data flow permutations is based at least in part on the determined respective time duration to compute the full schedule for the selected data flow permutation , the first amount of memory to save the respective full schedule , and the second amount of memory to save the partial schedule for the selected data flow permutation .
Motor vehicle equipped with an electronic box connected to a support fixed on a lateral face of a battery tray of the on-board network , facing the transverse direction of this vehicle, characterized in that the lateral face comprises devices for wedging the support in all directions, allowing a descent of this support coming from above, and comprising in the front direction of the vehicle a limited force for retaining the support less than 50 daN.
A heart valve prosthesis, comprising: a valve support having an upstream segment and a downstream segment relative to blood flow through a native heart valve of a human heart, the upstream segment configured to support a prosthetic valve component therein and defining an inflow end of the valve support having a first outer diameter (D1), and the downstream segment defining an outflow end of the valve support having a second outer diameter (D2) that is greater than the first outer diameter (D1); and an anchor element that surrounds the valve support , the anchor element having a plurality of connectors forming a downstream portion thereof that are angled inward toward the valve support and are attached to the outflow end of the valve support , and the anchor element being spaced from the upstream segment of the valve support to mechanically isolate the upstream segment of the valve support from the anchor element . a valve support having an upstream segment and a downstream segment relative to blood flow through a native heart valve of a human heart, the upstream segment configured to support a prosthetic valve component therein and defining an inflow end of the valve support having a first outer diameter (D1), and the downstream segment defining an outflow end of the valve support having a second outer diameter (D2) that is greater than the first outer diameter (D1); and an anchor element that surrounds the valve support , the anchor element having a plurality of connectors forming a downstream portion thereof that are angled inward toward the valve support and are attached to the outflow end of the valve support , and the anchor element being spaced from the upstream segment of the valve support to mechanically isolate the upstream segment of the valve support from the anchor element .
A process of washing a fabric, comprising the steps of; a. obtaining a fabric comprising a sebum deposited thereon; b. treating the fabric in a wash step, wherein the wash step comprises contacting the fabric with a wash liquor; wherein the wash liquor is prepared by diluting a water-soluble unit dose in water by between 300 and 800 fold; wherein the wash liquor consists of a pH greater than or equal to 8; and wherein the water-soluble unit dose comprises: from 10wt% to 80% of an alkylalkoxylated sulfate, one or more Base pH adjusting agents, and one or more protease enzymes, wherein the water-soluble unit dose comprises a fibrous structure, and wherein the Base pH adjusting agent is selected from the group comprising of sulfate ions, dihydrogen phosphate ions, fluoride ions, nitrite ions, acetate ions, hydrogen carbonate ions, hydrogen sulfide ions, ammonia, carbonate ions, hydroxide ions, and combinations thereof. a. obtaining a fabric comprising a sebum deposited thereon; b. treating the fabric in a wash step, wherein the wash step comprises contacting the fabric with a wash liquor; wherein the wash liquor is prepared by diluting a water-soluble unit dose in water by between 300 and 800 fold; wherein the wash liquor consists of a pH greater than or equal to 8; and wherein the water-soluble unit dose comprises: from 10wt% to 80% of an alkylalkoxylated sulfate, one or more Base pH adjusting agents, and one or more protease enzymes, from 10wt% to 80% of an alkylalkoxylated sulfate, one or more Base pH adjusting agents, and one or more protease enzymes, wherein the water-soluble unit dose comprises a fibrous structure, and wherein the Base pH adjusting agent is selected from the group comprising of sulfate ions, dihydrogen phosphate ions, fluoride ions, nitrite ions, acetate ions, hydrogen carbonate ions, hydrogen sulfide ions, ammonia, carbonate ions, hydroxide ions, and combinations thereof.
A three-degree-of-freedom resonance system-based sonic mixing device, comprising: a machine frame comprising a lower machine frame plate and an upper machine frame plate fixedly connected with the lower machine frame plate ; a reaction unit comprising an upper reaction plate and a lower reaction plate fixedly connected with the upper reaction plate ; the reaction unit being supported in the upper machine frame plate and lower machine frame plate of the machine frame through a plurality of second upper springs arranged on an upper surface of the upper reaction plate and a plurality of second lower springs arranged on a lower surface of the lower reaction plate ; a vibration excitation unit comprising a fixed plate which is supported between the upper reaction plate and the lower reaction plate through a plurality of first upper springs arranged on its upper surface and a plurality of first lower springs on its lower surface; and a loading unit comprising an upper loading plate and a lower loading plate fixedly connected with the upper loading plate ; the lower loading plate being arranged between the upper reaction plate and lower reaction plate of the reaction unit , wherein the lower loading plate is supported between the upper reaction plate and the lower reaction plate of the reaction unit through a plurality of fourth upper springs and a plurality of fourth lower springs . a machine frame comprising a lower machine frame plate and an upper machine frame plate fixedly connected with the lower machine frame plate ; a reaction unit comprising an upper reaction plate and a lower reaction plate fixedly connected with the upper reaction plate ; the reaction unit being supported in the upper machine frame plate and lower machine frame plate of the machine frame through a plurality of second upper springs arranged on an upper surface of the upper reaction plate and a plurality of second lower springs arranged on a lower surface of the lower reaction plate ; a vibration excitation unit comprising a fixed plate which is supported between the upper reaction plate and the lower reaction plate through a plurality of first upper springs arranged on its upper surface and a plurality of first lower springs on its lower surface; and a loading unit comprising an upper loading plate and a lower loading plate fixedly connected with the upper loading plate ; the lower loading plate being arranged between the upper reaction plate and lower reaction plate of the reaction unit , wherein the lower loading plate is supported between the upper reaction plate and the lower reaction plate of the reaction unit through a plurality of fourth upper springs and a plurality of fourth lower springs .
A method of producing beer, said method comprising the successive steps of: a. fermenting a wort containing fermentable sugars with an active yeast to produce a beer containing 1-10 vol.% ethanol and further containing the beer flavour substances diacetyl; acetaldehyde; dimethyl sulfide; ethyl acetate; isoamyl acetate; ethyl valerate; ethyl hexanoate; iso-amyl alcohol and 2-methylbutan-1-ol; b. contacting the fermenting wort or the beer with polyvinylpolypyrrolidone (PVPP) particles as well as with porous adsorbent particles to selectively adsorb one or more surplus flavour substances selected from diacetyl, acetaldehyde and dimethyl sulfide; and c. simultaneously separating the PVPP particles and the adsorbent particles containing the one or more adsorbed surplus flavour substances from the beer to produce a flavour adjusted beer containing 1-10 vol.% ethanol; wherein the porous adsorbent particles comprise an adsorbent containing amine functionalities; and wherein the adsorbent particles' affinity ratio θ i for at least one of the surplus flavour substances exceeds 5; the affinity ratio θ i for surplus flavour substance i being defined by the following equation; θ i = K i / K ethanol ; wherein: • K i represents the adsorbent particles' affinity constant for surplus flavour substance i; • K ethanol represents the adsorbent particles' affinity constant for ethanol; wherein the adsorbent particles have a higher affinity for acetaldehyde, diacetyl and dimethyl sulphide than for ethanol and the other beer flavour substances. a. fermenting a wort containing fermentable sugars with an active yeast to produce a beer containing 1-10 vol.% ethanol and further containing the beer flavour substances diacetyl; acetaldehyde; dimethyl sulfide; ethyl acetate; isoamyl acetate; ethyl valerate; ethyl hexanoate; iso-amyl alcohol and 2-methylbutan-1-ol; b. contacting the fermenting wort or the beer with polyvinylpolypyrrolidone (PVPP) particles as well as with porous adsorbent particles to selectively adsorb one or more surplus flavour substances selected from diacetyl, acetaldehyde and dimethyl sulfide; and c. simultaneously separating the PVPP particles and the adsorbent particles containing the one or more adsorbed surplus flavour substances from the beer to produce a flavour adjusted beer containing 1-10 vol.% ethanol; wherein the porous adsorbent particles comprise an adsorbent containing amine functionalities; and wherein the adsorbent particles' affinity ratio θ i for at least one of the surplus flavour substances exceeds 5; the affinity ratio θ i for surplus flavour substance i being defined by the following equation; θ i = K i / K ethanol ; wherein: • K i represents the adsorbent particles' affinity constant for surplus flavour substance i; • K ethanol represents the adsorbent particles' affinity constant for ethanol; • K i represents the adsorbent particles' affinity constant for surplus flavour substance i; • K ethanol represents the adsorbent particles' affinity constant for ethanol; wherein the adsorbent particles have a higher affinity for acetaldehyde, diacetyl and dimethyl sulphide than for ethanol and the other beer flavour substances.
A method of controlling a fan speed, comprising: determining a current ambient temperature of a server; determining a target Digital Thermal Sensor (DTS) temperature curve corresponding to the current ambient temperature of the server; determining a DTS temperature corresponding to a current load of a power consumption component in the server according to the target DTS temperature curve; and adjusting a speed of a fan associated with the power consumption component according to the DTS temperature and a current temperature of the power consumption component. determining a current ambient temperature of a server; determining a target Digital Thermal Sensor (DTS) temperature curve corresponding to the current ambient temperature of the server; determining a DTS temperature corresponding to a current load of a power consumption component in the server according to the target DTS temperature curve; and adjusting a speed of a fan associated with the power consumption component according to the DTS temperature and a current temperature of the power consumption component.
A wearable sensor device comprising a housing of which an outer wall surface includes a back surface configured to face a living body, a front surface opposite to the back surface, and a side surface, an environmental sensor configured to measure ambient environmental information around the living body, and a first coupling member (3a-3c) provided on the back surface of the outer wall of the housing for attaching the wearable sensor device to the living body, characterized in that the environmental sensor is provided on the side surface of the outer wall surface of the housing or provided to be separated from the side surface of the outer wall surface of the housing , and the environmental sensor and the first coupling member (3a-3c) are provided on respective surfaces of the housing that are substantially orthogonal to each other. a housing of which an outer wall surface includes a back surface configured to face a living body, a front surface opposite to the back surface, and a side surface, an environmental sensor configured to measure ambient environmental information around the living body, and a first coupling member (3a-3c) provided on the back surface of the outer wall of the housing for attaching the wearable sensor device to the living body, characterized in that the environmental sensor is provided on the side surface of the outer wall surface of the housing or provided to be separated from the side surface of the outer wall surface of the housing , and the environmental sensor and the first coupling member (3a-3c) are provided on respective surfaces of the housing that are substantially orthogonal to each other.