mhurhangee/patent-ind-claim-en huggingface dataset:
A process for preparing an organic-inorganic hybrid compound comprising the step of mixing a heteropolyacid with an ionic liquid comprising an organic cation and a counter anion to perform a metathesis reaction, wherein (i) the organic-inorganic hybrid compound formed comprises a stoichiometric ratio of organic cation to heteropolyoxometalate anion; (ii) the organic cation is selected from 1,3-dimethyllimidazolium (DMIM), 1-ethyl-3-methylimidazolium (EMIM), 1,2,3-trimethylimidazolium (TMIM), N-butyl-4-methylpyridinium (NBMP), trihexyltetradecylphosphonium (THTDP) and polyimidazolium (PIM), wherein the number of repeat units in polyimidazolium is 5 to 1000; and (iii) the heteropolyoxometalate anion is selected from silicotungstate and phosphotungstate. (i) the organic-inorganic hybrid compound formed comprises a stoichiometric ratio of organic cation to heteropolyoxometalate anion; (ii) the organic cation is selected from 1,3-dimethyllimidazolium (DMIM), 1-ethyl-3-methylimidazolium (EMIM), 1,2,3-trimethylimidazolium (TMIM), N-butyl-4-methylpyridinium (NBMP), trihexyltetradecylphosphonium (THTDP) and polyimidazolium (PIM), wherein the number of repeat units in polyimidazolium is 5 to 1000; and (iii) the heteropolyoxometalate anion is selected from silicotungstate and phosphotungstate.
A filtration system comprising multiple filtration modules arranged in series, each filtration module including a module housing , wherein at least one filtration element for filtering fluids is arranged within the module housing , said filtration element comprising an element housing , wherein at least one membrane arrangement and at least one permeate collecting tube are arranged within the element housing , wherein the at least one permeate collecting tube is arranged in an outer part of the filtration element , said outer part referring to an outer circumference of the filtration element that is inside and adjacent to the element housing, wherein the filtration modules are mounted horizontally and wherein the filtration elements are arranged such that the at least one permeate collecting tube is located substantially at the top of the filtration module .
A process for the preparation of crystalline Form 6 of Sugammadex sodium, comprising: crystallization of Sugammadex sodium from a mixture comprising water and methanol, wherein the water is present in an amount of about 1 to about 10 ml per gram of Sugammadex sodium, and the methanol is present in an amount of about 15 to about 30 ml per gram of Sugammadex sodium, wherein the process comprises: (i) adding methanol to a solution of Sugammadex sodium in water at a temperature of about 45°C to about 70°C; (ii) cooling the resulting suspension to about 18°C to about 40°C; (iii) optionally stirring the suspension for about 0.5 to about 4 hours; (iv) optionally isolating the Sugammadex sodium, preferably by filtration; and (v) optionally drying the Sugammadex sodium, preferably under reduced pressure; wherein the crystalline Form 6 of Sugammadex sodium is characterized by an XRPD pattern having peaks at 5.5, 7.3, 10.2, 17.7 and 20.2 degrees 2-theta ± 0.2 degrees 2-theta. crystallization of Sugammadex sodium from a mixture comprising water and methanol, wherein the water is present in an amount of about 1 to about 10 ml per gram of Sugammadex sodium, and the methanol is present in an amount of about 15 to about 30 ml per gram of Sugammadex sodium, wherein the process comprises: (i) adding methanol to a solution of Sugammadex sodium in water at a temperature of about 45°C to about 70°C; (ii) cooling the resulting suspension to about 18°C to about 40°C; (iii) optionally stirring the suspension for about 0.5 to about 4 hours; (iv) optionally isolating the Sugammadex sodium, preferably by filtration; and (v) optionally drying the Sugammadex sodium, preferably under reduced pressure; (i) adding methanol to a solution of Sugammadex sodium in water at a temperature of about 45°C to about 70°C; (ii) cooling the resulting suspension to about 18°C to about 40°C; (iii) optionally stirring the suspension for about 0.5 to about 4 hours; (iv) optionally isolating the Sugammadex sodium, preferably by filtration; and (v) optionally drying the Sugammadex sodium, preferably under reduced pressure; wherein the crystalline Form 6 of Sugammadex sodium is characterized by an XRPD pattern having peaks at 5.5, 7.3, 10.2, 17.7 and 20.2 degrees 2-theta ± 0.2 degrees 2-theta.
Hydraulic accumulator, in particular a diaphragm accumulator, having an accumulator housing and a separating element which is arranged therein and separates two media chambers from each other, the accumulator housing comprising at least one fluid connection point which opens into an adjacent media chamber and has a first connection body with a fluid passage point that is connected to the accumulator housing via a welding seam , wherein the connection body has an annular outer circumferential surface on its connection region facing the accumulator housing , wherein when the end face of the connection body is placed on the accumulator housing , the connection body forms a transition point , along which the welding seam runs, and wherein the outer circumferential surface of the connection body transitions into a peripheral edge at its free end, from which edge a depression made in the end face of the connection body is connected, the course of the depression in the connection body being adapted to a curved accumulator housing wall , which has a convex curvature in the region of the welding seam , viewed in cross-section, and which at least partially engages in the depression and which surrounds the fluid connection point , in particular for the passage of a working gas, such as nitrogen gas, and characterised in that the depression forms an annular cone with a shallow inclination of 4° to 10°, preferably approximately 6°.
An integrated circuit system, comprising: a first active layer fabricated on a front side of a semiconductor die; characterized by : a second pre-fabricated layer that is separately formed from and joined to a back side of the semiconductor die and having electrical components and an array of links connecting the electrical components embodied therein, wherein the electrical components include at least one discrete passive component ; and at least one electrical path coupling the first active layer and the second pre-fabricated layer, wherein the array of links are modifiable to tune performance of the integrated circuit system after assembly of the first active layer with the second pre-fabricated layer. a first active layer fabricated on a front side of a semiconductor die; characterized by : a second pre-fabricated layer that is separately formed from and joined to a back side of the semiconductor die and having electrical components and an array of links connecting the electrical components embodied therein, wherein the electrical components include at least one discrete passive component ; and at least one electrical path coupling the first active layer and the second pre-fabricated layer, wherein the array of links are modifiable to tune performance of the integrated circuit system after assembly of the first active layer with the second pre-fabricated layer.
Refrigeration appliance, in particular household refrigeration appliance, having a carcass , which surrounds a storage compartment that is open on one side, and a door which, in a closed position, rests against a front of the carcass covering the storage compartment and which has a protrusion that projects into the storage compartment , wherein an upper flank of the protrusion faces a top of the carcass so as to form an air gap , wherein a substantially vertical flank which faces a rear side of the protrusion and extends the air gap is formed on the top of the carcass , so that a bend in the air gap between a section bounded by the top flank of the protrusion and the top of the carcass on the one hand and a section bounded between the vertical flank and the rear of the protrusion on the other hand is formed, wherein the vertical flank is part of a rib which projects downwards from the top, characterised in that a rearwardly rising inclined plane is formed on the top on a rear side of the rib .
Heat transfer system , in particular for a calender for processing a material web, wherein the heat transfer system comprises a thermo roll , which can be heated by means of a liquid heating medium, and a heating device for heating the heating medium, and a heating line for carrying the heating medium in the thermo roll and between the thermo roll and the heating device , and a pumping device for pumping the heating medium in the heating line , characterized in that a flow switch is provided in the heating line , which flow switch has at least one first switching point at a first volume flow and a second switching point at a second volume flow, wherein the second volume flow is less than the first volume flow, and in that the heating device can be operated in a first operating state and a second operating state, wherein the heat transfer system is configured in such a way that a) at a flow above the first volume flow, the heating device is operated in the first operating state b) at a flow between the second volume flow and the first volume flow, the heating device is operated in the second operating state c) at a flow below the second volume flow, the heating device is switched off. and in that the heating device can be operated in a first operating state and a second operating state, wherein the heat transfer system is configured in such a way that a) at a flow above the first volume flow, the heating device is operated in the first operating state b) at a flow between the second volume flow and the first volume flow, the heating device is operated in the second operating state c) at a flow below the second volume flow, the heating device is switched off. a) at a flow above the first volume flow, the heating device is operated in the first operating state b) at a flow between the second volume flow and the first volume flow, the heating device is operated in the second operating state c) at a flow below the second volume flow, the heating device is switched off.
A disposable polymer-structured filtering kit , comprising: a disposable funnel having an upper portion and a detachable lower portion , the lower portion comprising a base , a top end of said base having a concavity and the lower end thereof defining a stem having a flow discharge end positioned at a distal tip thereof; a filter disc received within the concavity of the lower portion of the funnel , the filtering funnel being constructed of a polymer; a vacuum take-off adapter having a port adapted for connection to an external vacuum source, the vacuum-take off adapter having a body portion with a funnel engaging end and a flask or vial engaging end, wherein the funnel engaging end of the vacuum take-off adapter releasably receives the lower portion of the filtering funnel , and wherein the vacuum take-off adapter has a funnel ground joint that receives the stem of the funnel ; and a bottle flask or vial releasably connected to the adapter at the flask or vial engaging end; wherein the stem passes through a ground joint that is positioned within an upper portion of the vacuum take-off adapter such that the flow discharge end is positioned within the bottle flask or vial , such that the distal tip of the stem extends past the adapter when the funnel , adapter and flask are assembled. a disposable funnel having an upper portion and a detachable lower portion , the lower portion comprising a base , a top end of said base having a concavity and the lower end thereof defining a stem having a flow discharge end positioned at a distal tip thereof; a filter disc received within the concavity of the lower portion of the funnel , the filtering funnel being constructed of a polymer; a vacuum take-off adapter having a port adapted for connection to an external vacuum source, the vacuum-take off adapter having a body portion with a funnel engaging end and a flask or vial engaging end, wherein the funnel engaging end of the vacuum take-off adapter releasably receives the lower portion of the filtering funnel , and wherein the vacuum take-off adapter has a funnel ground joint that receives the stem of the funnel ; and a bottle flask or vial releasably connected to the adapter at the flask or vial engaging end; wherein the stem passes through a ground joint that is positioned within an upper portion of the vacuum take-off adapter such that the flow discharge end is positioned within the bottle flask or vial , such that the distal tip of the stem extends past the adapter when the funnel , adapter and flask are assembled.
Protected functional pavement, including a plurality of modules , mutually combined in the longitudinal direction and arranged on a ground (S) or structure levelled horizontally at least in a direction transverse to the pavement , with each of the aforementioned modules having: - a pavement element whose lower horizontal side is designed to contact said ground (S) or structure and whose upper horizontal side defines a corresponding portion of the walking surface of the aforementioned protected functional pavement ; - at least one side parapet , having longitudinal extension equal to that of said pavement element , and made integral with the latter at its base, with said parapet extending upwards at least for a pre-determined height that is sufficient to contain the body of a person and prevent him/her from falling below; characterized in that said pavement element is a box-like pavement element ; - at least one through longitudinal channelling is made in said box-like pavement element , in an intermediate position between said lower side and upper side of the latter; - and coupling means are provided in the front and rear ends of said box-like pavement element , which are designed to couple with the coupling means of a precedent corresponding module and with those of a subsequent one, so as to stabilize the aforementioned protected functional pavement both in the longitudinal and in the transverse directions. - a pavement element whose lower horizontal side is designed to contact said ground (S) or structure and whose upper horizontal side defines a corresponding portion of the walking surface of the aforementioned protected functional pavement ; - at least one side parapet , having longitudinal extension equal to that of said pavement element , and made integral with the latter at its base, with said parapet extending upwards at least for a pre-determined height that is sufficient to contain the body of a person and prevent him/her from falling below; characterized in that said pavement element is a box-like pavement element ; - at least one through longitudinal channelling is made in said box-like pavement element , in an intermediate position between said lower side and upper side of the latter; - and coupling means are provided in the front and rear ends of said box-like pavement element , which are designed to couple with the coupling means of a precedent corresponding module and with those of a subsequent one, so as to stabilize the aforementioned protected functional pavement both in the longitudinal and in the transverse directions.
A thermoplastic polyester resin composition comprising a thermoplastic polyester resin (A), an epoxy compound (B) having an epoxy equivalent of from 200 to 3,000 g/eq, and a hydroxy group-containing resin (C) having a number average molecular weight of from 2,000 to 500,000 and a halogen element content of 1,000 ppm or less, wherein the epoxy compound (B) is blended in an amount of from 0.05 to 10 parts by weight with respect to 100 parts by weight in total of 70 to 99.9 parts by weight of the thermoplastic polyester resin (A) and 0.1 to 30 parts by weight of the hydroxy group-containing resin (C), wherein the epoxy compound (B) includes an epoxy compound having two or more epoxy groups in one molecule and wherein all the recited parameters have been measured by the relevant method as indicated in the description.
A mounting system for a fuel tank, comprising: a first mount configured to attach a first portion of the fuel tank in a fixed position on a vehicle, the first mount comprising: a body portion and a cap portion that, when attached, form an aperture to receive the first portion of the fuel tank; at least one fastener for attaching the body portion to the cap portion, wherein a clearance is maintained between the body portion and the cap portion in an assembled configuration; and a sleeve located around at least part of the fastener; and a second mount configured to attach a second portion of the fuel tank on the vehicle and to allow movement of at least part of the second portion relative to the vehicle, the second mount comprising: a body portion and a cap portion that, when attached, form an aperture to receive the second portion of the fuel tank; an insert that surrounds an inner surface of the aperture upon clamping the body portion and the cap portion together, the insert comprising a circumferential groove configured to receive the inner surface of the aperture; and at least one fastener for clamping together the body portion to the cap portion. a body portion and a cap portion that, when attached, form an aperture to receive the first portion of the fuel tank; at least one fastener for attaching the body portion to the cap portion, wherein a clearance is maintained between the body portion and the cap portion in an assembled configuration; and a sleeve located around at least part of the fastener; and a second mount configured to attach a second portion of the fuel tank on the vehicle and to allow movement of at least part of the second portion relative to the vehicle, the second mount comprising: a body portion and a cap portion that, when attached, form an aperture to receive the second portion of the fuel tank; an insert that surrounds an inner surface of the aperture upon clamping the body portion and the cap portion together, the insert comprising a circumferential groove configured to receive the inner surface of the aperture; and at least one fastener for clamping together the body portion to the cap portion. a body portion and a cap portion that, when attached, form an aperture to receive the second portion of the fuel tank; an insert that surrounds an inner surface of the aperture upon clamping the body portion and the cap portion together, the insert comprising a circumferential groove configured to receive the inner surface of the aperture; and at least one fastener for clamping together the body portion to the cap portion.
A computer implemented image processing method, comprising: acquiring an original image (Ia) which includes a cell which is cultured; dividing the original image (Ia) into blocks (BL) each of which consists of a predetermined number of pixels (P) and obtaining spatial frequency components that an image in each block (BL) has; wherein the size of the block (BL) is selected so that one block (BL) can be put inside a cell in the image; wherein for each block (BL), two-dimensional discrete cosine transform based on the pixel values of the pixels (P) included in the block (BL) is performed classifying each of the blocks (BL) into a plurality of clusters (CL1, CL2, CL3, CL4) in a multi-dimensional feature value space using feature values extracted from each block (BL), wherein the feature values comprise: the intensity of the DC component and the sum of the absolute values of the discrete cosine transform coefficients of each of a plurality of groups into which the discrete cosine transform coefficients representing the AC components are grouped in accordance with a level of the spatial frequency, or a value obtained by normalizing the sum in accordance with the number of discrete cosine transform coefficients which are summed up, dividing the original image (Ia) into a plurality of regions on the basis of a result of the classification. acquiring an original image (Ia) which includes a cell which is cultured; dividing the original image (Ia) into blocks (BL) each of which consists of a predetermined number of pixels (P) and obtaining spatial frequency components that an image in each block (BL) has; wherein the size of the block (BL) is selected so that one block (BL) can be put inside a cell in the image; wherein for each block (BL), two-dimensional discrete cosine transform based on the pixel values of the pixels (P) included in the block (BL) is performed classifying each of the blocks (BL) into a plurality of clusters (CL1, CL2, CL3, CL4) in a multi-dimensional feature value space using feature values extracted from each block (BL), wherein the feature values comprise: the intensity of the DC component and the sum of the absolute values of the discrete cosine transform coefficients of each of a plurality of groups into which the discrete cosine transform coefficients representing the AC components are grouped in accordance with a level of the spatial frequency, or a value obtained by normalizing the sum in accordance with the number of discrete cosine transform coefficients which are summed up, the intensity of the DC component and the sum of the absolute values of the discrete cosine transform coefficients of each of a plurality of groups into which the discrete cosine transform coefficients representing the AC components are grouped in accordance with a level of the spatial frequency, or a value obtained by normalizing the sum in accordance with the number of discrete cosine transform coefficients which are summed up, dividing the original image (Ia) into a plurality of regions on the basis of a result of the classification.
A method for establishing a trusted relationship between a trusted execution environment, TEE, and a peripheral device , the method comprising: communicating between the TEE and an attestation server to generate an encryption key; establishing, using the encryption key, a secure connection between the TEE and an authentication server ; receiving one or more messages at the TEE from the peripheral device indicating one or more credentials of the peripheral device; providing the one or more messages to the authentication server via the secure connection; receiving a pairwise master key if the peripheral device is authenticated; and receiving a trusted communication from the peripheral device based, at least in part, on the pairwise master key. communicating between the TEE and an attestation server to generate an encryption key; establishing, using the encryption key, a secure connection between the TEE and an authentication server ; receiving one or more messages at the TEE from the peripheral device indicating one or more credentials of the peripheral device; providing the one or more messages to the authentication server via the secure connection; receiving a pairwise master key if the peripheral device is authenticated; and receiving a trusted communication from the peripheral device based, at least in part, on the pairwise master key.
An excavator quick hitch , comprising: a quick hitch body , the body comprising: a first angle mounting position arrangement for attaching an excavator attachment in a first angle position; a second angle mounting position arrangement for attaching the same excavator attachment in a second angle position; and a third angle mounting position arrangement for attaching the same excavator attachment in a third angle position. a first angle mounting position arrangement for attaching an excavator attachment in a first angle position; a second angle mounting position arrangement for attaching the same excavator attachment in a second angle position; and a third angle mounting position arrangement for attaching the same excavator attachment in a third angle position.