mhurhangee/ep-ind-claims huggingface dataset:
An electromechanical lock comprising: an electronic circuit configured to read data from an external source and match the data against a predetermined criterion; an actuator comprising a drive head rotatable by electric power; and an access control mechanism comprising a driven gear with cogs, and a grip mechanism holding the driven gear stationary in a locked position; wherein the drive head comprises two pins (210, 212) configured and positioned so that one of the pins (210, 212) is in a notch between two cogs (220, 222, 224, 226, 228) of the driven gear, and, provided that the data matches the predetermined criterion, the drive head rotates the driven gear to an open position, by the two pins (210, 212) driving the cogs (220, 222, 224, 226, 228) and overcoming the grip mechanism, and thereby setting the access control mechanism to be rotatable by a user, or, if an external mechanical break-in force is applied from outside of the electromechanical lock, the drive head remains stationary by at least one of the pins (210, 212) contacting at least one of the cogs (220, 222, 224), and by the grip mechanism holding the driven gear stationary in the locked position. an electronic circuit configured to read data from an external source and match the data against a predetermined criterion; an actuator comprising a drive head rotatable by electric power; and an access control mechanism comprising a driven gear with cogs, and a grip mechanism holding the driven gear stationary in a locked position; wherein the drive head comprises two pins (210, 212) configured and positioned so that one of the pins (210, 212) is in a notch between two cogs (220, 222, 224, 226, 228) of the driven gear, and, provided that the data matches the predetermined criterion, the drive head rotates the driven gear to an open position, by the two pins (210, 212) driving the cogs (220, 222, 224, 226, 228) and overcoming the grip mechanism, and thereby setting the access control mechanism to be rotatable by a user, or, if an external mechanical break-in force is applied from outside of the electromechanical lock, the drive head remains stationary by at least one of the pins (210, 212) contacting at least one of the cogs (220, 222, 224), and by the grip mechanism holding the driven gear stationary in the locked position.
Alpine anchor system consisting of alpine anchors (1, 1a) for anchoring threaded rods in the ground or rock with a base plate (2, 2a) which is made of metal and exhibits a number of threaded bores which are arranged distributed around the circumference and into which the threaded rods can be screwed with a mounting machine (5, 6, 7, 8, 9), and consisting further of a mounting machine (5, 6, 7, 8, 9), wherein at least one insertion coupling (10, 23, 27; 11, 21, 25) is arranged between the stationary part of the mounting machine and the base plate (2, 2a).
A cold-worked metal article comprising: a cold-worked metal-containing surface comprising pores; and luminescent phosphor particles disposed within the pores; wherein the luminescent phosphor particles comprise: a host crystal lattice material; and at least one active ion comprising an absorbing ion and an emitting ion different from the absorbing ion; wherein the luminescent phosphor particles are harder than the cold-worked metal-containing surface. a cold-worked metal-containing surface comprising pores; and luminescent phosphor particles disposed within the pores; wherein the luminescent phosphor particles comprise: a host crystal lattice material; and at least one active ion comprising an absorbing ion and an emitting ion different from the absorbing ion; a host crystal lattice material; and at least one active ion comprising an absorbing ion and an emitting ion different from the absorbing ion; wherein the luminescent phosphor particles are harder than the cold-worked metal-containing surface.
Method for fabricating of a gear box spacer washer with a predetermined thickness (D S), with the steps: providing a raw disc and subsequently tooling the raw disc for fabrication of the spacer washer, thereby giving the spacer washer the predetermined thickness (D S), wherein the raw disc has a thickness (D R) less than the predetermined thickness (D S), wherein at least from one side at least one axial recess is impressed into the raw disk, which protrudes with respect to the other side as protrusion, such that the distance (D Z) between the one side of the spacer washer and the protrusion on the other side of the spacer washer corresponds at least to the predetermined thickness (D S), and wherein the raw disc, after the depression of the at least one axial recess, is subject to an axial pressing process, such that the distance between the one side of the spacer washer and the protrusion on the other side of the spacer washer exactly corresponds to the predetermined thickness (D S).
Use of compounds of formulae I and/or II as colorless IR absorbers for security printing, invisible and IR readable bar codes, the laser-welding of plastics, the drying of print, the fixing of toners on paper, laser marking and the heating of plastics preforms wherein M is Ni, Pd, Pt, Au, Ir, Fe, Zn, W, Cu, Mo, In, Mn, Co, Mg, V, Cr or Ti, X 1, X 2 and X 3 are each independently of the others sulfur or oxygen, R 1, R 2, R 3, R 4, R 5 and R 6 are each independently of the others NR 7 R 8 or unsubstituted C 1 -C 18 alkyl, R 7 and R 8 being C 1 -C 6 alkyl, a further IR absorber optionally being added to the compounds of formulae I and II. M is Ni, Pd, Pt, Au, Ir, Fe, Zn, W, Cu, Mo, In, Mn, Co, Mg, V, Cr or Ti, X 1, X 2 and X 3 are each independently of the others sulfur or oxygen, R 1, R 2, R 3, R 4, R 5 and R 6 are each independently of the others NR 7 R 8 or unsubstituted C 1 -C 18 alkyl, R 7 and R 8 being C 1 -C 6 alkyl, a further IR absorber optionally being added to the compounds of formulae I and II.
A container, preferably a bottle, which extends along a main axis and comprising a wall forming: - a neck portion, - a shoulder portion connected to the neck portion, - a body portion connected to the shoulder portion, the body portion comprising a grip portion, the grip portion comprising, over at least the majority of its dimension along the main axis, a plurality of spiral ribs formed by the wall of the container and spiralling in parallel around the main axis, and - a base portion forming the bottom of the container and connected to the body portion, wherein each spiral rib forms on an external surface of the wall a concavity and a single spiral tapered edge, and wherein the wall of the container forms an inflexion point at the bottom of the concavity, characterised in that the spiral rib has a substantially constant width over a majority of the length of the spiral rib, the width being measured between the inflexion point and the tapered edge. - a neck portion, - a shoulder portion connected to the neck portion, - a body portion connected to the shoulder portion, the body portion comprising a grip portion, the grip portion comprising, over at least the majority of its dimension along the main axis, a plurality of spiral ribs formed by the wall of the container and spiralling in parallel around the main axis, and - a base portion forming the bottom of the container and connected to the body portion, wherein each spiral rib forms on an external surface of the wall a concavity and a single spiral tapered edge, and wherein the wall of the container forms an inflexion point at the bottom of the concavity, characterised in that the spiral rib has a substantially constant width over a majority of the length of the spiral rib, the width being measured between the inflexion point and the tapered edge. wherein each spiral rib forms on an external surface of the wall a concavity and a single spiral tapered edge, and wherein the wall of the container forms an inflexion point at the bottom of the concavity, characterised in that the spiral rib has a substantially constant width over a majority of the length of the spiral rib, the width being measured between the inflexion point and the tapered edge.
Arrangement having an outer frame with a window-casement or door-leaf frame, which comprises a push-rod fitting, which interacts with a handle and is assigned at least one locking bolt which, in at least one position of the handle, engages in a groove which is open on one side and is located in a locking part fastened on the outer frame, wherein the window-casement/door-leaf frame is designed to retain a bolt which, in a locking position, blocks the locking bolt in the groove of the locking part and, in an unlocking position, releases the same to provide for a possible change in position of the locking bolt.
Fabric for use as a base material for printing processes, having a base layer and a visible layer, wherein the base layer has a textile made from yarns made from a biodegradable polymer according to DIN 13432:2000-12, the visible layer has a biodegradable film according to DIN 13432:2000-12 and is placed on the base layer as a separate layer, characterized in that the yarns of the textile are multifilament yarns and have a strength of more than 40 cN/tex measured according to DIN EN ISO 2062 and that the film of the visible layer consists of polylactic acid.
A process for the production of lipids from biomass including at least one polysaccharide, comprising: - subjecting said biomass including at least one polysaccharide to hydrolysis obtaining a mixture comprising a first solid phase and a first aqueous phase; - preparing an inoculum comprising at least one oleaginous microorganism in a first fermentation device obtaining a first fermentation broth; - feeding said first aqueous phase and said first fermentation broth to a second fermentation device obtaining a second fermentation broth; - subjecting said second fermentation broth to separation obtaining an aqueous suspension of oleaginous cellular biomass comprising lipids and a second aqueous phase; - subjecting said second aqueous phase to reverse osmosis obtaining a permeate and a retentate; - feeding said retentate to said first fermentation device or to said second fermentation device. - subjecting said biomass including at least one polysaccharide to hydrolysis obtaining a mixture comprising a first solid phase and a first aqueous phase; - preparing an inoculum comprising at least one oleaginous microorganism in a first fermentation device obtaining a first fermentation broth; - feeding said first aqueous phase and said first fermentation broth to a second fermentation device obtaining a second fermentation broth; - subjecting said second fermentation broth to separation obtaining an aqueous suspension of oleaginous cellular biomass comprising lipids and a second aqueous phase; - subjecting said second aqueous phase to reverse osmosis obtaining a permeate and a retentate; - feeding said retentate to said first fermentation device or to said second fermentation device.
A pharmaceutical composition comprising adipose tissue-derived stromal stem cells, for use in treating a fistula in a subject, wherein said adipose tissue-derived stromal stem cells are prepared by a method that comprises: (a) collecting adipose tissue from a subject; (b) obtaining a cell suspension by enzymatic digestion; (c) sedimenting the cell suspension and resuspending the cells in a culture medium; (d) culturing of the cells for at least 10 days; and (e) expanding the cells for at least four culture passages.
A method for the production of acrylic acid, comprising the following steps (a-1), (a-2), (a-3), (a-4), (b) and (c): (a-1) a step for obtaining an acrylic acid-containing gas by a catalytic gas phase oxidation reaction of a raw material of acrylic acid, (a-2) a step for introducing the acrylic acid-containing gas into an absorption column and allowing the gas to contact with an absorbing aqueous solution thereby obtaining an acrylic acid-containing solution having not less than 80 wt. % of acrylic acid concentration, (a-3) a step for cooling a recycle gas exhausted from the absorption column and circulating said recycle gas to the catalytic gas phase oxidation reactor wherein the recycle gas is cooled in a cooling column by gas-liquid contact with an absorbing water, (a-4) a step for recycling a condensed liquid obtained by the cooling in step (a-3) to the absorption column, (b) a step for supplying the acrylic acid-containing solution to a step of crystallization and separating the solution into acrylic acid and residual mother liquid, and (c) a step for subjecting at least part of the residual mother liquid to distillation and circulating the distillate obtained by distillation to the absorption column of said step (a-2). (a-1) a step for obtaining an acrylic acid-containing gas by a catalytic gas phase oxidation reaction of a raw material of acrylic acid, (a-2) a step for introducing the acrylic acid-containing gas into an absorption column and allowing the gas to contact with an absorbing aqueous solution thereby obtaining an acrylic acid-containing solution having not less than 80 wt. % of acrylic acid concentration, (a-3) a step for cooling a recycle gas exhausted from the absorption column and circulating said recycle gas to the catalytic gas phase oxidation reactor wherein the recycle gas is cooled in a cooling column by gas-liquid contact with an absorbing water, (a-4) a step for recycling a condensed liquid obtained by the cooling in step (a-3) to the absorption column, (b) a step for supplying the acrylic acid-containing solution to a step of crystallization and separating the solution into acrylic acid and residual mother liquid, and (c) a step for subjecting at least part of the residual mother liquid to distillation and circulating the distillate obtained by distillation to the absorption column of said step (a-2). (b) a step for supplying the acrylic acid-containing solution to a step of crystallization and separating the solution into acrylic acid and residual mother liquid, and (c) a step for subjecting at least part of the residual mother liquid to distillation and circulating the distillate obtained by distillation to the absorption column of said step (a-2).
A lighting module having a connection end for connection to a lamp holder, and a light output end for outputting light, wherein said lighting module, at said light output end, is provided with a mechanical interface comprising first and second protrusions extending in a direction parallel with a longitudinal axis of the lighting module, characterized in that said first and second protrusions are configured to engage with corresponding protrusions (6',7') on an identical mechanical interface to transfer at least one of a rotational force about the longitudinal axis and a pulling force parallel with the longitudinal axis to said lighting module, so that a device provided with such an identical mechanical interface can be used as a tool for connecting/disconnecting said lighting module.
Injection valve, in particular for injecting fuel into an internal combustion engine, comprising - a housing with at least one spray opening, - an inner pole which is positionally fixed with respect to the housing and which thus constitutes a component fixed in relation to the housing, - a magnet coil which acts magnetically on the inner pole, - a magnet armature which is linearly movable relative to the housing, - a valve needle which is linearly movable relative to the housing and relative to the magnet armature and which, together with the housing, forms a valve seat, - a first stop surface positionally fixed with respect to the housing, and - a second stop surface formed on the valve needle, wherein the second stop surface abuts against the first stop surface when the valve needle is in an end position with maximum valve needle lift, wherein the valve needle comprises a stop ring between the inner pole and the magnet armature, characterized in that, in the inner pole or in a stop bushing attached to the inner pole, there is provided a cutout which encompasses the first stop surface and which serves for receiving the stop ring and for linearly guiding the stop ring and thus for linearly guiding the valve needle. - a housing with at least one spray opening, - an inner pole which is positionally fixed with respect to the housing and which thus constitutes a component fixed in relation to the housing, - a magnet coil which acts magnetically on the inner pole, - a magnet armature which is linearly movable relative to the housing, - a valve needle which is linearly movable relative to the housing and relative to the magnet armature and which, together with the housing, forms a valve seat, - a first stop surface positionally fixed with respect to the housing, and - a second stop surface formed on the valve needle, wherein the second stop surface abuts against the first stop surface when the valve needle is in an end position with maximum valve needle lift, wherein the valve needle comprises a stop ring between the inner pole and the magnet armature, characterized in that, in the inner pole or in a stop bushing attached to the inner pole, there is provided a cutout which encompasses the first stop surface and which serves for receiving the stop ring and for linearly guiding the stop ring and thus for linearly guiding the valve needle.
A method of fabricating a wearable device having one or more integrated electronic components, comprising the steps of: providing (310;410) a substrate by forming a mixture of an elastomeric material and at least one metal oxide additive in a predetermined ratio and curing or molding the mixture to form the substrate, wherein the elastomeric material comprises a durometer equal to or less than 80 Shore A; forming (320;420;430) electrical circuitry within the substrate by structuring one or more electrically conductive traces and plating the one or more electrically conductive traces, said forming involving activating one or more parts of the elastomeric material by laser etching to enable the plating of the one or more electrically conductive traces; and providing the electrical circuitry with a physiological electrode sensor (108A;108B), wherein the sensor is configured to come in direct contact with skin of an individual. providing (310;410) a substrate by forming a mixture of an elastomeric material and at least one metal oxide additive in a predetermined ratio and curing or molding the mixture to form the substrate, wherein the elastomeric material comprises a durometer equal to or less than 80 Shore A; forming (320;420;430) electrical circuitry within the substrate by structuring one or more electrically conductive traces and plating the one or more electrically conductive traces, said forming involving activating one or more parts of the elastomeric material by laser etching to enable the plating of the one or more electrically conductive traces; and providing the electrical circuitry with a physiological electrode sensor (108A;108B), wherein the sensor is configured to come in direct contact with skin of an individual.
A rolling bearing comprising: an outer race; an inner race; and rolling elements received between the outer race and the inner race; wherein at least one end of an opening of a bearing space formed between the outer race and the inner race is covered with a sealing ring made of a resin; and wherein the sealing ring is provided with oil flow holes, and the respective oil flow holes are provided with filters configured to capture foreign substances contained in a lubricating oil; wherein the sealing ring is formed by injection molding; wherein the sealing ring comprises a plurality of engaging portions provided on a radially inner surface of the sealing ring in a protruding manner along the circumferential direction thereof; wherein an even number of oil flow holes and an even number of the engaging portions are formed, respectively wherein the engaging portions comprise inner protrusions disposed on an axially inward side thereof and protruding radially inwardly at a relatively low height, and outer protrusions disposed on an axially outward side thereof and protruding radially inwardly at a relatively high height, characterized in that gates (g) through which the resin is supplied during the injection molding are disposed in portions of the sealing ring corresponding to radial directions along which the oil flow holes are not disposed; weld lines (w) generated during the injection molding are formed in portions of the sealing ring corresponding to radial directions along which the oil flow holes are not disposed; and wherein the oil flow holes and the outer protrusions are disposed such that radial directions along which the oil flow holes are disposed do not coincide with radial directions along which the outer protrusions are disposed; and the gates (g) are disposed at the outer protrusions.
A method, comprising: performing, at a user equipment, first control channel monitoring according to a first control resource set and at least one first search space set configuration, the first control channel monitoring performed on n subbands, n>1, able to be transmitted by a base station in an unlicensed band carrier; determining, in response to a detection of a control channel in the first control channel monitoring and from the control channel, a transmission bandwidth configuration to be used by the base station in the unlicensed band carrier for control channels, wherein the determining the transmission bandwidth configuration to be used by the base station in the unlicensed band carrier for control channels is performed based on one or more indications carried in the control channel on a group common physical downlink control channel and/or one or more indications carried in the control channel on dedicated downlink control information; and performing, by the user equipment, second control channel monitoring according to a second control resource set and at least one second search space set configuration, the second control channel monitoring performed on m subbands, m≤n, in the unlicensed band carrier, the m subbands being a subset of the n of subbands, wherein the second control resource set is a subset of the first control resource set and is located on at least some of a plurality of the m subbands according to the determined transmission bandwidth configuration to be used by the base station in the unlicensed band carrier for control channels. performing, at a user equipment, first control channel monitoring according to a first control resource set and at least one first search space set configuration, the first control channel monitoring performed on n subbands, n>1, able to be transmitted by a base station in an unlicensed band carrier; determining, in response to a detection of a control channel in the first control channel monitoring and from the control channel, a transmission bandwidth configuration to be used by the base station in the unlicensed band carrier for control channels, wherein the determining the transmission bandwidth configuration to be used by the base station in the unlicensed band carrier for control channels is performed based on one or more indications carried in the control channel on a group common physical downlink control channel and/or one or more indications carried in the control channel on dedicated downlink control information; and performing, by the user equipment, second control channel monitoring according to a second control resource set and at least one second search space set configuration, the second control channel monitoring performed on m subbands, m≤n, in the unlicensed band carrier, the m subbands being a subset of the n of subbands, wherein the second control resource set is a subset of the first control resource set and is located on at least some of a plurality of the m subbands according to the determined transmission bandwidth configuration to be used by the base station in the unlicensed band carrier for control channels.