mhurhangee/patent-ind-claim-en huggingface dataset:
Device housing for an electrical device , wherein the device housing comprises on the one hand an inner housing with a lower shell of the inner housing and an upper shell of the inner housing and on the other hand an outer housing with a lower shell of the outer housing and an upper shell of the outer housing , wherein at least one cable seating profile in the lower shell of the inner housing and a flush cable cover profile in the upper shell of the inner housing form a cable insertion opening for a cable which can be routed to the device , wherein the inner housing retains a clamping body , wherein a friction and/or form-fitting contact between the clamping body and a cable routed to the device can be effected by means of the outer housing , by the clamping body being pressable onto an outer surface of the cable by means of the upper shell of the outer housing when the upper shell of the outer housing is connected to the lower shell of the outer housing , wherein a frame of the upper shell of the inner housing surrounds an area on an edge of the lower shell of the inner housing with the or each cable seating profile and wherein the inner housing retains the clamping body by means of the frame of the upper shell of the inner housing and of the edge of the lower shell of the inner housing . wherein the device housing comprises on the one hand an inner housing with a lower shell of the inner housing and an upper shell of the inner housing and on the other hand an outer housing with a lower shell of the outer housing and an upper shell of the outer housing , wherein at least one cable seating profile in the lower shell of the inner housing and a flush cable cover profile in the upper shell of the inner housing form a cable insertion opening for a cable which can be routed to the device , wherein the inner housing retains a clamping body , wherein a friction and/or form-fitting contact between the clamping body and a cable routed to the device can be effected by means of the outer housing , by the clamping body being pressable onto an outer surface of the cable by means of the upper shell of the outer housing when the upper shell of the outer housing is connected to the lower shell of the outer housing , wherein a frame of the upper shell of the inner housing surrounds an area on an edge of the lower shell of the inner housing with the or each cable seating profile and wherein the inner housing retains the clamping body by means of the frame of the upper shell of the inner housing and of the edge of the lower shell of the inner housing .
A compound of , formula 1a: or formula 1b: or formula 1c: or cosmetically acceptable salt thereof.
A composition characterized in that is consists of, for 100% by weight: a) - At least 60% by weight and at most to 95% by weight of isopropanol, and b) - At least 0.2% by weight and at most 4.0% by weight of relipidizing agents chosen from a mixture of cetyl alcohol and of stearyl alcohol or a mixture of cetyl alcohol, stearyl alcohol and myristyl alcohol; c) - 0.05 to 2.0% by weight of at least one or several ingredients chosen from sorbitol, urea, dexpanthenol, 1-(2-ethyl hexyl) glycerol ether, a combination of sorbitol and dexpanthenol, or a combination of sorbitol, dexpanthenol and 1-(2-ethyl hexyl) glycerol ether, and d) - water as the remainder. a) - At least 60% by weight and at most to 95% by weight of isopropanol, and b) - At least 0.2% by weight and at most 4.0% by weight of relipidizing agents chosen from a mixture of cetyl alcohol and of stearyl alcohol or a mixture of cetyl alcohol, stearyl alcohol and myristyl alcohol; c) - 0.05 to 2.0% by weight of at least one or several ingredients chosen from sorbitol, urea, dexpanthenol, 1-(2-ethyl hexyl) glycerol ether, a combination of sorbitol and dexpanthenol, or a combination of sorbitol, dexpanthenol and 1-(2-ethyl hexyl) glycerol ether, and d) - water as the remainder.
A method for segmentation of blood vessels comprising: acquiring a plurality of images with a plurality of voxels representing axial slices through a region of interest; defining a fascia layer between a muscular region and a subcutaneous region by defining a boundary between high intensity images and low intensity images; determining a first landmark and a second landmark of a blood vessel, wherein the first landmark is on one side of the fascia layer and the second landmark is on the other side of the fascia layer; calculating a subcutaneous path between the first landmark of the blood vessel and the fascia layer by an automatic tracking procedure comprising analysis of vessel direction along the blood vessel; and calculating an intramuscular path between the fascia layer and the second landmark by analysis of the voxels and automatically determining a least cost route given by the vesselness of the voxels. acquiring a plurality of images with a plurality of voxels representing axial slices through a region of interest; defining a fascia layer between a muscular region and a subcutaneous region by defining a boundary between high intensity images and low intensity images; determining a first landmark and a second landmark of a blood vessel, wherein the first landmark is on one side of the fascia layer and the second landmark is on the other side of the fascia layer; calculating a subcutaneous path between the first landmark of the blood vessel and the fascia layer by an automatic tracking procedure comprising analysis of vessel direction along the blood vessel; and calculating an intramuscular path between the fascia layer and the second landmark by analysis of the voxels and automatically determining a least cost route given by the vesselness of the voxels.
Method for the analysis of a composition that contains monosaccharide residues present in heparin chains by means of 1 H-NMR one-dimensional nuclear magnetic resonance and/or 1 H- 13 C HSQC two-dimensional nuclear magnetic resonance comprising the steps of: a) providing a composition including at least one monosaccharide residue present in heparin chains and obtaining its spectrum of 1 H-NMR one-dimensional nuclear magnetic resonance and/or 1 H- 13 C HSQC two-dimensional nuclear magnetic resonance using dimethylmalonic acid (DMMA) as internal reference and D 2 O as solvent, and b) identifying in the NMR spectrum the presence or the absence of at least one signal of at least one residue selected from the group consisting of: 4,5-unsaturated 2-O sulfo uronic acid (ΔU2S), 4,5-unsaturated uronic acid (ΔU), 2-N-sulfo-1,6-anhydroglucosamine (1,6-an.A), 2-N-sulfo-1,6-anhydro-mannosamine (1,6-an.M), 2-N-sulfo-6-O-sulfoglucosamine (ANS6S), 2,5-anhydro mannitol, N-sulfoglucosamine, glucuronic acid, N-sulfo-6-O-sulfoglucosamine, 2-O-sulfoiduronic acid, iduronic acid, N-sulfo-3-O-sulfoglucosamine, N-sulfo-3.6-di-O-sulfoglucosamine, galacturonic acid, Xylose, N-acetylglucosamine and N-acetyl-6-O-sulfoglucosamine, characterized in that the presence of said NMR signals in a determined relative proportion of their normalized integrals with respect to DMMA, or the absence thereof, forms a pattern which allows identifying the heparin which the monosaccharide residue comes from comparing the pattern obtained in the analysis with a standard pattern previously obtained for different heparins in the same conditions. a) providing a composition including at least one monosaccharide residue present in heparin chains and obtaining its spectrum of 1 H-NMR one-dimensional nuclear magnetic resonance and/or 1 H- 13 C HSQC two-dimensional nuclear magnetic resonance using dimethylmalonic acid (DMMA) as internal reference and D 2 O as solvent, and b) identifying in the NMR spectrum the presence or the absence of at least one signal of at least one residue selected from the group consisting of: 4,5-unsaturated 2-O sulfo uronic acid (ΔU2S), 4,5-unsaturated uronic acid (ΔU), 2-N-sulfo-1,6-anhydroglucosamine (1,6-an.A), 2-N-sulfo-1,6-anhydro-mannosamine (1,6-an.M), 2-N-sulfo-6-O-sulfoglucosamine (ANS6S), 2,5-anhydro mannitol, N-sulfoglucosamine, glucuronic acid, N-sulfo-6-O-sulfoglucosamine, 2-O-sulfoiduronic acid, iduronic acid, N-sulfo-3-O-sulfoglucosamine, N-sulfo-3.6-di-O-sulfoglucosamine, galacturonic acid, Xylose, N-acetylglucosamine and N-acetyl-6-O-sulfoglucosamine,
A process to help make an authenticated cluster available, the process comprising: forming at least two servers into a cluster, each server including at least a logical processor, a memory in operable communication with the logical processor, and each server not joined to a security domain but networked such that each server can reach a security domain controller, the security domain controller controlling at least one security domain using an authentication protocol; obtaining a set of security domain credentials; generating a cluster name secret; giving the cluster a virtual name; authenticating the servers to the domain controller as a cluster using the security domain credentials, the cluster name secret, and the cluster virtual name; and using the cluster virtual name to concurrently serve clients on different security domains of a directory service of the domain controller. forming at least two servers into a cluster, each server including at least a logical processor, a memory in operable communication with the logical processor, and each server not joined to a security domain but networked such that each server can reach a security domain controller, the security domain controller controlling at least one security domain using an authentication protocol; obtaining a set of security domain credentials; generating a cluster name secret; giving the cluster a virtual name; authenticating the servers to the domain controller as a cluster using the security domain credentials, the cluster name secret, and the cluster virtual name; and using the cluster virtual name to concurrently serve clients on different security domains of a directory service of the domain controller.
Process for preparing, by photo-assisted condensation, a composition comprising a support containing a semiconductor having, at its surface, particles of core-shell type, said core comprising one or more element(s) M in the metal state chosen from platinum, palladium, gold, nickel, cobalt, ruthenium, silver, copper, rhenium or rhodium, said shell comprising a metal oxide M' x O y , wherein said core is in direct contact with said semiconductor of the support and the shell at least partially covers said core, said process comprising the following steps: a) a semiconductor comprising particles comprising one or more element (s) M in the metal state at its surface is provided, and is suspended with stirring and under irradiation by an irradiation source such that at least one part of the emission spectrum of said source is composed of photons having energies greater than the bandgap of the semiconductor, b) a soluble precursor of a metal M' with the same oxidation state as that of the metal oxide of the M' x O y shell desired is introduced, with stirring and under irradiation from said irradiation source, into the suspension of step a), said metal precursor M' containing gallium, indium, cerium, tin, thallium, lead or bismuth, c) a basic or acidic agent is then introduced, with stirring and under irradiation from said irradiation source, so as to bring about the precipitation of the metal oxide M' x O y in the suspension of step b), d) the composition is then separated from the suspension of step c), e) the composition obtained in step d) is dried, f) optionally, the dried composition obtained in step e) is subjected to a heat treatment. a) a semiconductor comprising particles comprising one or more element (s) M in the metal state at its surface is provided, and is suspended with stirring and under irradiation by an irradiation source such that at least one part of the emission spectrum of said source is composed of photons having energies greater than the bandgap of the semiconductor, b) a soluble precursor of a metal M' with the same oxidation state as that of the metal oxide of the M' x O y shell desired is introduced, with stirring and under irradiation from said irradiation source, into the suspension of step a), said metal precursor M' containing gallium, indium, cerium, tin, thallium, lead or bismuth, c) a basic or acidic agent is then introduced, with stirring and under irradiation from said irradiation source, so as to bring about the precipitation of the metal oxide M' x O y in the suspension of step b), d) the composition is then separated from the suspension of step c), e) the composition obtained in step d) is dried, f) optionally, the dried composition obtained in step e) is subjected to a heat treatment.
A detergent product , in particular for textile treatment, more particularly for textile cleaning and/or for textile washing, in the format of a single-use portion pack having a film pouch comprising a plurality of pouch chambers , each of which is enclosed by at least one water-soluble film, the pouch chambers being formed by water-soluble films connected to one another in a sealing plane and separated from one another by sealing portions lying in the sealing plane, and the pouch chambers each being filled with a detergent preparation, - the film pouch having a circular or polygonal outer contour in the sealing plane and an n-fold rotational axis (Y) arranged centrally, - a plurality of pouch chambers having the number n being provided, - the pouch chambers being arranged in at least one sectional plane about the common n-fold rotational axis (Y) that is perpendicular to the sectional plane and - the pouch chambers having the same base surfaces (A1) in the sealing plane and the base surfaces (A1) being arranged in the sealing plane about the common n-fold rotational axis (Y) that is perpendicular to the sealing plane, characterized in that n ≥ 3. - the film pouch having a circular or polygonal outer contour in the sealing plane and an n-fold rotational axis (Y) arranged centrally, - a plurality of pouch chambers having the number n being provided, - the pouch chambers being arranged in at least one sectional plane about the common n-fold rotational axis (Y) that is perpendicular to the sectional plane and - the pouch chambers having the same base surfaces (A1) in the sealing plane and the base surfaces (A1) being arranged in the sealing plane about the common n-fold rotational axis (Y) that is perpendicular to the sealing plane, characterized in that n ≥ 3.
An electronic device comprising: a connector comprising a first terminal to which a voltage is applied by a charger and a second terminal for transmitting and receiving data; and a first charging unit configured to charge a battery of the electronic device by using a first voltage applied to the first terminal, characterised in that the electronic device further comprises: a second charging unit configured to charge the battery by using a dropped voltage obtained by dropping a second voltage applied to the first terminal based on a predetermined voltage drop rate; a first switch connected with the first terminal; a communication unit ; and a first controller configured to obtain first information corresponding to a voltage of the battery, control the communication unit to transmit the first information to the charger connectable with the connector through the second terminal, and control the first switch to supply the second voltage adjusted by the charger based on the first information and the predetermined voltage drop rate, to the second charging unit through the first terminal. a connector comprising a first terminal to which a voltage is applied by a charger and a second terminal for transmitting and receiving data; and a first charging unit configured to charge a battery of the electronic device by using a first voltage applied to the first terminal, characterised in that the electronic device further comprises: a second charging unit configured to charge the battery by using a dropped voltage obtained by dropping a second voltage applied to the first terminal based on a predetermined voltage drop rate; a first switch connected with the first terminal; a communication unit ; and a first controller configured to obtain first information corresponding to a voltage of the battery, control the communication unit to transmit the first information to the charger connectable with the connector through the second terminal, and control the first switch to supply the second voltage adjusted by the charger based on the first information and the predetermined voltage drop rate, to the second charging unit through the first terminal. a second charging unit configured to charge the battery by using a dropped voltage obtained by dropping a second voltage applied to the first terminal based on a predetermined voltage drop rate; a first switch connected with the first terminal; a communication unit ; and a first controller configured to obtain first information corresponding to a voltage of the battery, control the communication unit to transmit the first information to the charger connectable with the connector through the second terminal, and control the first switch to supply the second voltage adjusted by the charger based on the first information and the predetermined voltage drop rate, to the second charging unit through the first terminal.
A heating device with an oven , into which a semi-finished product which is to be heated can be moved and moved out, with a wire support , which is formed by several wires spaced apart from one another, and on which the semi-finished product is able to be positioned, and with means for moving the wire support into the oven and out therefrom, characterized in that the wires are electrically conductive and that selected wires can be acted upon with a voltage and thereby heated, wherein the voltage is able to be set and/or able to be controlled in such a way that the wires can adopt a predefinable temperature, or the switch-on duration of the voltage source is predefined.
Process for preparing an aromatic carbonate, comprising reacting a dialkyl carbonate or an alkyl aryl carbonate with an aryl alcohol or an alkyl aryl carbonate, resulting in an aromatic carbonate which is an alkyl aryl carbonate or a diaryl carbonate, wherein a composition comprising a titanium or zirconium alkoxide, wherein the alkoxy group in the titanium or zirconium alkoxide is a group of formula R-O - wherein R is selected from the group consisting of methyl, ethyl, n-propyl and isopropyl, and wherein the composition additionally comprises 0.1 to 50 wt.% of an alcohol, based on the total weight of the composition, is mixed with an alcohol or an organic carbonate, and the mixture thus obtained is contacted with said dialkyl carbonate or alkyl aryl carbonate and aryl alcohol or alkyl aryl carbonate to catalyze the preparation of the aromatic carbonate.
A fuse assembly , comprising: a fusible device connected to a conductive component , wherein the conductive component is operable to connect to a terminal of a power source ; and a securement device coupled to the fusible device , the securement device comprising: a body including a recess operable to receive the fusible device , wherein the body comprises a first end opposite a second end , and a first side opposite a second side ; a support post extending from the body , wherein the support post is operable to engage a side of the power source to reduce rotation of the securement device and the fusible device relative to the power source , characterised by a wall extending perpendicularly from an underside of the body , wherein the wall includes a first wall end and a second wall end , and wherein the first wall end and the second wall end are offset relative to one another such that a first distance between the first wall end and the first side of the body is different than a second distance between the second wall end and the first side of the body . a fusible device connected to a conductive component , wherein the conductive component is operable to connect to a terminal of a power source ; and a securement device coupled to the fusible device , the securement device comprising: a body including a recess operable to receive the fusible device , wherein the body comprises a first end opposite a second end , and a first side opposite a second side ; a support post extending from the body , wherein the support post is operable to engage a side of the power source to reduce rotation of the securement device and the fusible device relative to the power source , characterised by a wall extending perpendicularly from an underside of the body , wherein the wall includes a first wall end and a second wall end , and wherein the first wall end and the second wall end are offset relative to one another such that a first distance between the first wall end and the first side of the body is different than a second distance between the second wall end and the first side of the body . a body including a recess operable to receive the fusible device , wherein the body comprises a first end opposite a second end , and a first side opposite a second side ; a support post extending from the body , wherein the support post is operable to engage a side of the power source to reduce rotation of the securement device and the fusible device relative to the power source , characterised by a wall extending perpendicularly from an underside of the body , wherein the wall includes a first wall end and a second wall end , and wherein the first wall end and the second wall end are offset relative to one another such that a first distance between the first wall end and the first side of the body is different than a second distance between the second wall end and the first side of the body .
An electronic device, comprising: a housing; a body of rotation; a display; and a processor configured to: determine a security level associated with an application or a service of which execution is requested; display a graphic object for indicating that security information is to be input through the body of rotation based on the determined security level; determine , based on a rotation of the body of rotation, security information corresponding to the rotation; and execute the application or the service when the security information corresponding to the rotation corresponds to security information set for the application or the service of which execution is requested, wherein the processor is further configured to change the displayed graphic object as the number of rotations of the body of rotation changes. a housing; a body of rotation; a display; and a processor configured to: determine a security level associated with an application or a service of which execution is requested; display a graphic object for indicating that security information is to be input through the body of rotation based on the determined security level; determine , based on a rotation of the body of rotation, security information corresponding to the rotation; and execute the application or the service when the security information corresponding to the rotation corresponds to security information set for the application or the service of which execution is requested, determine a security level associated with an application or a service of which execution is requested; display a graphic object for indicating that security information is to be input through the body of rotation based on the determined security level; determine , based on a rotation of the body of rotation, security information corresponding to the rotation; and execute the application or the service when the security information corresponding to the rotation corresponds to security information set for the application or the service of which execution is requested, wherein the processor is further configured to change the displayed graphic object as the number of rotations of the body of rotation changes.