mhurhangee/ep-ind-claims huggingface dataset:
A shield case comprising: a first shell having electrical conductivity; and a second shell having electrical conductivity, wherein the first shell includes a connecting portion and a cover, the connecting portion is a tube extending in a first direction (Y-Y') and including: a first portion being a portion of the connecting portion on one side in a second direction (Z-Z'), the second direction crossing the first direction, and a second portion being a portion of the connecting portion on the other side (Z') in the second direction, the cover extends in the first direction contiguously from the first portion of the connecting portion and includes a pair of walls opposed to the second portion, with interstices left between the respective walls and the second portion, and characterised in that the second shell includes a first blocking portion, the first blocking portion blocking the interstices. a first shell having electrical conductivity; and a second shell having electrical conductivity, wherein the first shell includes a connecting portion and a cover, the connecting portion is a tube extending in a first direction (Y-Y') and including: a first portion being a portion of the connecting portion on one side in a second direction (Z-Z'), the second direction crossing the first direction, and a second portion being a portion of the connecting portion on the other side (Z') in the second direction, a first portion being a portion of the connecting portion on one side in a second direction (Z-Z'), the second direction crossing the first direction, and a second portion being a portion of the connecting portion on the other side (Z') in the second direction, the cover extends in the first direction contiguously from the first portion of the connecting portion and includes a pair of walls opposed to the second portion, with interstices left between the respective walls and the second portion, and characterised in that the second shell includes a first blocking portion, the first blocking portion blocking the interstices.
A front load washing machine with an electric light body for illuminating the interior of the washing machine drum, comprising a housing, an oscillating washing unit, arranged within the housing, with a tub and a rotating washing drum for laundry to be washed, a door mounted directly on the oscillating washing unit via a door hinge closing a manipulation opening in the tub, through which the drum is loaded, wherein the door is attached directly to the tub of the washing machine via the door hinge, characterized in that the washing machine door hinge has, in one of its legs (61, 62) on the surface facing the manipulation opening, a groove for receiving a light body for illuminating the interior of the drum. a housing, an oscillating washing unit, arranged within the housing, with a tub and a rotating washing drum for laundry to be washed, a door mounted directly on the oscillating washing unit via a door hinge closing a manipulation opening in the tub, through which the drum is loaded, wherein the door is attached directly to the tub of the washing machine via the door hinge, characterized in that the washing machine door hinge has, in one of its legs (61, 62) on the surface facing the manipulation opening, a groove for receiving a light body for illuminating the interior of the drum.
A toy top, comprising: a body; and a shaft unit, wherein the shaft unit includes a spinning shaft which includes projections (111, 112) that extend downward at a lower end of the spinning shaft, and wherein the individual projections wear, fall down or break through friction, an impact or the like during landing before a spin starts, or during the spin, characterised in that the projections are arranged along concentric circles that are centered on an axis of the shaft unit. a body; and a shaft unit,
A device for phototherapy of tissue, said device comprising: a light source; and a phototherapeutic device member having a flexible fiber optic tip member having a core for transmitting light, the flexible tip member including a proximal end and a distal end, wherein the diameter of the proximal end is greater than the diameter of the distal end, and wherein the proximal end is curved to cause light entering the flexible tip member through the proximal end to converge; and an elastic tubular connector sleeve, for mechanically coupling the flexible tip member to the light source, wherein the sleeve includes a proximal end having an opening and a distal end having an opening, the proximal end configured to be stretched and mechanically coupled to the light source; wherein the flexible tip member is partially disposed within the sleeve, such that the distal end of the flexible tip member extends distally through the opening in the distal end of the sleeve, and the proximal end of the flexible tip member is disposed within the sleeve and between the proximal and distal ends of the sleeve, thereby being adapted to position the flexible tip member near the light source. a light source; and a phototherapeutic device member having a flexible fiber optic tip member having a core for transmitting light, the flexible tip member including a proximal end and a distal end, wherein the diameter of the proximal end is greater than the diameter of the distal end, and wherein the proximal end is curved to cause light entering the flexible tip member through the proximal end to converge; and an elastic tubular connector sleeve, for mechanically coupling the flexible tip member to the light source, wherein the sleeve includes a proximal end having an opening and a distal end having an opening, the proximal end configured to be stretched and mechanically coupled to the light source; wherein the flexible tip member is partially disposed within the sleeve, such that the distal end of the flexible tip member extends distally through the opening in the distal end of the sleeve, and the proximal end of the flexible tip member is disposed within the sleeve and between the proximal and distal ends of the sleeve, thereby being adapted to position the flexible tip member near the light source.
A composition comprising (a) one to a plurality of physiologically acceptable calcium salts and/or chelates, at least about 5% of the molar amount of calcium in the composition being in the form of one or more organic acid salts and/or organic chelates of calcium, and (b) one or more phosphorus-containing components, wherein the composition delivers phosphorous-sparing functionality whereby a reduction in phosphorous availability associated with calcium supplementation is mitigated or eliminated, and wherein the phosphorous-sparing functionality is achieved by (i) delivering phosphorus by such phosphorus-containing component(s) of about 33% to about 300% of the molar amount of calcium in the composition, (ii) rescuing phosphorous by phosphorous-rescuing component(s) of about 33% to about 300% of the molar amount of calcium in the composition, or (iii)delivering phosphorous by such phosphorous-containing component(s) and rescuing phosphorous by such phosphorous-rescuing compoment(s) that total about 33% to about 300% of the molar amount of calcium in the composition. (a) one to a plurality of physiologically acceptable calcium salts and/or chelates, at least about 5% of the molar amount of calcium in the composition being in the form of one or more organic acid salts and/or organic chelates of calcium, and (b) one or more phosphorus-containing components,
A method for filling traveling egg trays by filling empty locations of each current tray successively by using available eggs collected elsewhere than said current tray, wherein the eggs to be used for said filling of empty locations are made available for collection in egg receiving cells that are mounted to be individually movable in an available egg reservoir, where they are moved under the control of a driving device that automatically determines a placement of available egg-bearing cells based on a reservoir configuration corresponding to a filling state of the current tray defining its empty location configuration.
Method of connecting tubes (121, 125) of a tube bundle heat exchanger to a tube base of the tube bundle heat exchanger, characterized in that - the tube bundle heat exchanger has several hundreds, several thousands or, in particular, several tens of thousands of tubes, - the tubes (121, 125) are connected in a firmly bonded manner to the tube base by means of laser welding, in the course of which a laser beam is generated and focused on a point to be welded in a connection area between the tube and the tube base, - the laser beam is moved in such a way that it performs a first movement across the connection area and a second movement superimposed on the first movement, which is different from the first movement, and - the second movement is a circular and/or elliptical movement, - the tubes and/or the tube base are each made of an aluminum alloy, and wherein - the second movement occurs at a frequency of 3000 - 4500 Hz. - the tube bundle heat exchanger has several hundreds, several thousands or, in particular, several tens of thousands of tubes, - the tubes (121, 125) are connected in a firmly bonded manner to the tube base by means of laser welding, in the course of which a laser beam is generated and focused on a point to be welded in a connection area between the tube and the tube base, - the laser beam is moved in such a way that it performs a first movement across the connection area and a second movement superimposed on the first movement, which is different from the first movement, and - the second movement is a circular and/or elliptical movement, - the tubes and/or the tube base are each made of an aluminum alloy, and wherein - the second movement occurs at a frequency of 3000 - 4500 Hz.
A beverage preparation machine for forming a beverage by contacting an aqueous medium with one or more beverage ingredients, the beverage preparation machine comprising a tube forming at least a part of an outlet path for discharging the beverage to a receptacle; wherein the tube has an upstream end for receiving the beverage and a downstream end for discharging the beverage; characterised in that the upstream end has a characteristic internal dimension of at least 8 mm and the downstream end has a characteristic internal dimension of at least 10 mm; wherein the characteristic internal dimension of the upstream end is smaller than the characteristic internal dimension of the downstream end.
A cell-holding container comprising: an elastic body which is able to hold cells including at least any one of adherent cells at least one selected from the group consisting of stem cells, progenitor cells, somatic cells and germ cells, and suspended cells at least one selected from the group consisting of blood cells, T cells and B cells; the elastic body is formed of a rubber material containing a rubber component including an additional crosslinking silicone rubber and is able to hold the cells; and the elastic body has a soft portion which is deformable and a hard portion, wherein the hard portion has a hardness of A50/S to A90/S according to Shore A hardness, and wherein the elastic body is reversibly deformable from a plain shape to a concave-convex shape having a dented concave part and/or a raised convex part by receiving external force. an elastic body which is able to hold cells including at least any one of adherent cells at least one selected from the group consisting of stem cells, progenitor cells, somatic cells and germ cells, and suspended cells at least one selected from the group consisting of blood cells, T cells and B cells; the elastic body is formed of a rubber material containing a rubber component including an additional crosslinking silicone rubber and is able to hold the cells; and the elastic body has a soft portion which is deformable and a hard portion, wherein the hard portion has a hardness of A50/S to A90/S according to Shore A hardness, and wherein the elastic body is reversibly deformable from a plain shape to a concave-convex shape having a dented concave part and/or a raised convex part by receiving external force.
Non-invasive analysis system for global and local detection of blood vessel elasticity comprising an analysis unit and a data collecting unit including one or many data collecting systems, wherein said data collecting unit is adapted to register one or many movement parameters, including vessel wall velocity and/or deformation velocity, characterised in that said movement parameters quantify the dynamics of the blood vessel wall in both radial and longitudinal directions, of a predetermined area of the vessel wall and that said analysis unit is adapted to perform Wave Intensity Analysis of the registered movement parameters, wherein said analysis unit is adapted to calculate the intensity change of one or many movement parameters, or combinations of one or many movement parameters, and that said analysis unit further is adapted to calculate time constants and amplitude values of the intensity change, that quantifies global and local blood vessel elasticity.
A method for provisioning of emergency services information, the method comprising: receiving, by a mobile device, an emergency services information mapping table, the emergency services information mapping table comprising a plurality of entries, each entry of the plurality of entries comprising a mobile country code value, an emergency services telephone number value, and an emergency services type value, the plurality of entries comprising a first entry corresponding to a home mobile country code, and a set of second entries corresponding to a current mobile country code; retrieving, by the mobile device, information from the emergency services information mapping table in response to an input from a user of the mobile device when a home mobile country code is different from a current mobile country code; characterised in that said method further comprises: searching the emergency services information mapping table in response to user entry of the emergency services telephone number of the first entry; and selecting a third entry from the set of second entries, the third entry comprising an emergency services type value that is a general purpose services type value when the set of second entries does not contain an emergency services type value that is the same as the emergency services type value contained in the first entry. receiving, by a mobile device, an emergency services information mapping table, the emergency services information mapping table comprising a plurality of entries, each entry of the plurality of entries comprising a mobile country code value, an emergency services telephone number value, and an emergency services type value, the plurality of entries comprising a first entry corresponding to a home mobile country code, and a set of second entries corresponding to a current mobile country code; retrieving, by the mobile device, information from the emergency services information mapping table in response to an input from a user of the mobile device when a home mobile country code is different from a current mobile country code; characterised in that said method further comprises: searching the emergency services information mapping table in response to user entry of the emergency services telephone number of the first entry; and selecting a third entry from the set of second entries, the third entry comprising an emergency services type value that is a general purpose services type value when the set of second entries does not contain an emergency services type value that is the same as the emergency services type value contained in the first entry.
An adjustable acetabulum for a hip prosthesis, including a generally hemispherical cup configured to be placed in the acetabular cavity of a patient, and a device for maintaining the angular orientation of said cup in said acetabular cavity, said maintaining device including a resilient ring having a transverse slit delimited by two edges (9, 10) of the ring, the ring being generally circular, and its outer periphery including asperities that can penetrate into the surface of the acetabular cavity when the resilient ring is in the relaxed state, characterized in that the resilient ring includes means for gripping by an ancillary gripping device making it possible to deform the resilient ring, in the direction of a reduction of its diameter, including after the assembled acetabulum has been placed in the acetabular cavity, by a tightening tending to bring the edges (9, 10) of the ring delimiting the slit closer together, the shapes and sizes of the different parts of the ring being designed so that, in the tightened state of the ring, the asperities do not protrude from the outer surface of the cup, thus allowing a modification of the angular orientation of the cup, and making it possible for said modification to be able to be done without it being necessary to dislocate the coxo-femoral joint of the patient.
A particle measurement instrument, comprising: a light source having an output beam path, a sample cell positioned in the output beam path of the light source, at least one photon-counting detector positioned outside of the beam path to acquire light scattered along a first scattering angle, a supplemental detector positioned outside of the beam path to acquire light scattered along a second scattering angle, different from the first, and simultaneous detection logic responsive to both the photon-counting detector and the supplemental detector and having a particle characteristics measurement output, wherein the simultaneous detection logic includes inter-detector timing logic operative to derive the particle characteristics measurement output based at least in part on the timing between information from the photon-counting detector and information from the supplemental detector, wherein the simultaneous detection logic is configured to gate information from the photon-counting detector based on the information from the supplemental detector, in real-time or by post-processing acquired data from the photon-counting detector. a light source having an output beam path, a sample cell positioned in the output beam path of the light source, at least one photon-counting detector positioned outside of the beam path to acquire light scattered along a first scattering angle, a supplemental detector positioned outside of the beam path to acquire light scattered along a second scattering angle, different from the first, and simultaneous detection logic responsive to both the photon-counting detector and the supplemental detector and having a particle characteristics measurement output, wherein the simultaneous detection logic includes inter-detector timing logic operative to derive the particle characteristics measurement output based at least in part on the timing between information from the photon-counting detector and information from the supplemental detector, wherein the simultaneous detection logic is configured to gate information from the photon-counting detector based on the information from the supplemental detector, in real-time or by post-processing acquired data from the photon-counting detector.
A portable optical sensor module, which is configured as an aerial picture camera for taking aerial pictures from planes, having at least one locking apparatus, which is arranged on an outer side 1b) of the portable optical sensor module, for releasably mounting the portable optical sensor module on a carrier platform, characterized in that the at least one locking apparatus has a foldable handle apparatus, which, in an opened locking state of the at least one locking apparatus, forms a carrying handle for the portable optical sensor module.
An isolated antibody that binds to CD154, comprising a humanized variable domain, wherein the variable domain comprises a heavy chain variable region and a light chain variable region, and wherein the VH is operably linked to a human Fc region derived from IgG4 and comprising S228P and L235A amino acid modifications; wherein the VH comprises (a) a heavy chain CDR1 having the amino acid sequence of SEQ ID NO: 57, (b) a heavy chain CDR2 having the amino acid sequence of SEQ ID NO: 58, and (c) a heavy chain CDR3 having the amino acid sequence of SEQ ID NO: 59; and wherein the VL comprises (a) a light chain CDR1 having the amino acid sequence of SEQ ID NO: 60, (b) a light chain CDR2 having the amino acid sequence of SEQ ID NO: 61, and (c) a light chain CDR3 having the amino acid sequence of SEQ ID NO: 62. (a) a heavy chain CDR1 having the amino acid sequence of SEQ ID NO: 57, (b) a heavy chain CDR2 having the amino acid sequence of SEQ ID NO: 58, and (c) a heavy chain CDR3 having the amino acid sequence of SEQ ID NO: 59; and (a) a light chain CDR1 having the amino acid sequence of SEQ ID NO: 60, (b) a light chain CDR2 having the amino acid sequence of SEQ ID NO: 61, and (c) a light chain CDR3 having the amino acid sequence of SEQ ID NO: 62.
A method for degrading a readily degradable resin composition comprising an aliphatic polyester which is biodegradable, and an aliphatic polyester (B') which releases an acid upon hydrolysis and which is biodegradable at a higher degradation rate than that of the aliphatic polyester, the method comprising degrading the readily degradable resin composition in an enzyme reaction liquid containing a hydrolase enzyme, and an acid neutralizing agent non-soluble (insoluble)with the enzyme reaction liquid, the acid neutralizing agent having particle diameter adjusted 10μm or larger that starts solubilizing with the enzyme reaction liquid only after the aliphatic polyester (B') of the readily degradable resin is eluted into the enzyme reaction liquid, wherein during the enzyme reaction, the pH of the enzyme reaction liquid is maintained within an active pH range determined by the following steps (a') to (b') and which is less than 8.0: (a') a step of specifying a maximum activity pH value at which a degradation activity value of the hydrolase, when used to degrade a simple polymer of the aliphatic polyester alone in a buffer solution, is maximized; and (b') a step of determining an active pH range in which the degradation activity value is not less than 30% of the degradation activity value at the maximum activity pH value, and wherein a degradation temperature during the enzymatic reaction is a temperature that is between the temperature that is 5°C lower than the glass transition temperature of the aliphatic polyester (B') and the temperature that is the maximum temperature at which the enzyme is active. (a') a step of specifying a maximum activity pH value at which a degradation activity value of the hydrolase, when used to degrade a simple polymer of the aliphatic polyester alone in a buffer solution, is maximized; and (b') a step of determining an active pH range in which the degradation activity value is not less than 30% of the degradation activity value at the maximum activity pH value, and