mhurhangee/ep-ind-claims huggingface dataset:
A container for storing an injection device with an injection needle before and after use, comprising: a body having a compartment formed therein to accommodate the injection device in both a pre-use and a post-use condition, said body having a first opening through which the injection device in its pre-use condition may be accessed, said body having a second opening through which the injection device may be inserted in its post-use condition; a closure for closing said first opening; and a retainer proximate said second opening configured to permit insertion of the injection device, in its post-use condition, into said compartment through the second opening and engage the injection device to prevent its withdrawal from said compartment when the injection device is partially inserted through the second opening, characterized in that the first and second openings are located at opposite ends (38, 40) of said body. a body having a compartment formed therein to accommodate the injection device in both a pre-use and a post-use condition, said body having a first opening through which the injection device in its pre-use condition may be accessed, said body having a second opening through which the injection device may be inserted in its post-use condition; a closure for closing said first opening; and a retainer proximate said second opening configured to permit insertion of the injection device, in its post-use condition, into said compartment through the second opening and engage the injection device to prevent its withdrawal from said compartment when the injection device is partially inserted through the second opening,
Probe unit comprising a probe having a probe window having a contact surface adapted to face a high pressure fluid flow containing a process fluid, the probe unit comprising a probe housing containing the probe including the probe window, the probe being moveable relative to the probe housing between a first position wherein the window is exposed to the fluid flow and a second position wherein the probe is enclosed by said housing and a space is defined between said housing and said probe, said housing having an outer part configured to extend into said fluid flow, said probe unit comprising sealing means (4, 5, 7) adapted to seal said defined space from said fluid flow when the probe is in said second position, and wherein the probe unit comprises pressure adjustment means for adjusting the pressure within said space to a chosen pressure and cleaning means (6, 9) for cleaning said window when within said space.
A wastewater treatment process comprising at least one step of aerobic biological treatment of the wastewater in a biological reactor, and an ozonation step comprising an injection of ozone into an inlet circuit for the wastewater arranged to convey the wastewater into the biological reactor, the chemical oxidation with ozone thus acting in synergy with the biological oxidation within the biological reactor, the process being characterized in that: - the injection of ozone into the wastewater inlet circuit is carried out by means of a first injection device of the static injector or mixer type and without a specific contactor, between the point of injection of the ozone and the biological reactor, i.e. without a device comprising an enclosure in which the wastewater to be treated is retained for a determined period of time in order to be brought into contact with the ozone - the quantity of ozone injected into the wastewater inlet circuit during the ozonation stage is less than or equal to two grams per gram of total organic carbon of the wastewater. - the injection of ozone into the wastewater inlet circuit is carried out by means of a first injection device of the static injector or mixer type and without a specific contactor, between the point of injection of the ozone and the biological reactor, i.e. without a device comprising an enclosure in which the wastewater to be treated is retained for a determined period of time in order to be brought into contact with the ozone - the quantity of ozone injected into the wastewater inlet circuit during the ozonation stage is less than or equal to two grams per gram of total organic carbon of the wastewater.
A composition, wherein the composition contains, in a combination and in effective amounts in each case, (a) chondroitin sulfate and/or a physiologically acceptable chondroitin sulfate salt in a concentration of (20 ± 2) mg/ml (component (a)); and (b) hyaluronic acid and/or a physiologically acceptable hyaluronic acid salt (hyaluronate) in a concentration of (16 ± 1.6) mg/ml (component (b)); and wherein the composition has a pH value in the range of 6.1 to 7.9 and/or wherein the composition is adjusted to a pH value in the range of 6.1 to 7.9, characterised in that the composition (c) contains a dihydrogen phosphate/monohydrogen phosphate buffer system (component (c)). (a) chondroitin sulfate and/or a physiologically acceptable chondroitin sulfate salt in a concentration of (20 ± 2) mg/ml (component (a)); and (b) hyaluronic acid and/or a physiologically acceptable hyaluronic acid salt (hyaluronate) in a concentration of (16 ± 1.6) mg/ml (component (b)); and wherein the composition has a pH value in the range of 6.1 to 7.9 and/or wherein the composition is adjusted to a pH value in the range of 6.1 to 7.9, characterised in that the composition (c) contains a dihydrogen phosphate/monohydrogen phosphate buffer system (component (c)).
An ex situ presulfurization process for preparing a hydrogenation catalyst composition, comprising the steps of: supporting an organonitrogen compound onto a hydrogenation catalyst in oxidation state, wherein the organonitrogen compound is in an amount of 0.01%-20% by weight of the catalyst; and supporting an organic solvent and sulfiding agent onto the hydrogenation catalyst containing the organonitrogen compound obtained in step, wherein the catalyst composition obtained in step is heat treated and the heat-treatment lasts for 0.2-15h at 100-130°C, then for 0.2-15h at 130-180°C, and finally for 1-8h at 180-300°C; and wherein said heat treatment is carried out in an inert gas environment or in an oxygen atmosphere having an oxygen content of 0.1v%-30v%; and wherein: - the organonitrogen compound contains 1-15 carbon atoms and is selected from one or more substances of hydrocarbyl amines, alcohol amines and amino acids; - the organic solvent is in an amount of 0.1%-50% by weight of the catalyst wherein the organic solvent is selected from one or more substances of hydrocarbon oils and organic carboxylic esters, and wherein the hydrocarbon oils are selected from one or more substances of naphtha, gasoline, kerosene, diesel oil, white oil, lube base oil, distilled and vacuum heavy distillate oil; and the organic carboxylic esters are organic carboxylic esters containing from 6-60 carbon atoms; and - the sulfiding agent is one or more selected from the group consisting of elemental sulfur, organic sulfide and inorganic sulfides, wherein the sulfiding agent is in an amount of 30%-150% by weight of the sulfur-requiring amount calculated theoretically of the hydrogenation catalyst. supporting an organonitrogen compound onto a hydrogenation catalyst in oxidation state, wherein the organonitrogen compound is in an amount of 0.01%-20% by weight of the catalyst; and supporting an organic solvent and sulfiding agent onto the hydrogenation catalyst containing the organonitrogen compound obtained in step, - the organonitrogen compound contains 1-15 carbon atoms and is selected from one or more substances of hydrocarbyl amines, alcohol amines and amino acids; - the organic solvent is in an amount of 0.1%-50% by weight of the catalyst wherein the organic solvent is selected from one or more substances of hydrocarbon oils and organic carboxylic esters, and wherein the hydrocarbon oils are selected from one or more substances of naphtha, gasoline, kerosene, diesel oil, white oil, lube base oil, distilled and vacuum heavy distillate oil; and the organic carboxylic esters are organic carboxylic esters containing from 6-60 carbon atoms; and - the sulfiding agent is one or more selected from the group consisting of elemental sulfur, organic sulfide and inorganic sulfides, wherein the sulfiding agent is in an amount of 30%-150% by weight of the sulfur-requiring amount calculated theoretically of the hydrogenation catalyst.
A battery system control apparatus that is configured to charge electric power supplied from a generator to a first battery and a second battery connected in parallel, the battery system comprising a first terminal for connecting the first battery to the battery system control apparatus, a second terminal for connecting the second battery to the battery system control apparatus, a third terminal for connecting the generator to the battery system control apparatus, a first switch disposed between the third terminal for the generator and the first terminal for the first battery; a second switch disposed between the third terminal for the generator and the second terminal for the second battery, a first estimator adapted to estimate a time series of a charging current I(t) of the first battery at least from an internal resistance of the first battery under the assumption that only the first battery is connected to the generator; and a second estimator adapted to estimate a time series of a charging current i(t) of the second battery at least from an internal resistance of the second battery under the assumption that only the second battery is connected to the generator, and a switch control unit adapted to control, during a regenerative charging of duration T, the switches (205, 201) to charge first the second battery during a time interval of duration τ, and then to charge the first battery during a time interval of duration T-τ, wherein the switching timing τ is chosen so that I(T-τ) = i(τ).
An endoluminal medical access device, devised for endoluminal delivery to an extravascular target site at a vasculature site, such as a microvasculature site, of a human or animal body vasculature, wherein said device comprises a hollow body that is arranged around a continuous channel that ends in an opening at a distal end of said device; wherein said hollow body comprises a detachable elongate distal portion that is devised to extend across a tissue wall of said vasculature at said vasculature site in said body and devised to provide communication with said extravascular target site through said channel and devised for at least partly apposition to said tissue wall, and a proximal portion, which proximally adjoins said distal portion at a proximal connection section; and a hollow separation section that is arranged at said hollow body for controlled separation of said distal portion from said proximal portion of said hollow body at said proximal connection section. a detachable elongate distal portion that is devised to extend across a tissue wall of said vasculature at said vasculature site in said body and devised to provide communication with said extravascular target site through said channel and devised for at least partly apposition to said tissue wall, and a proximal portion, which proximally adjoins said distal portion at a proximal connection section; and
A pipe transit system for plastic pipes comprising: (a) a conduit having an axial direction and at least one thermally softenable pipe extending therethrough; (b) at least two sealings, each sealing being sealingly positioned between an inner wall of the conduit and the at least one pipe; (c) at least one rubberlike thermally expandable sleeve surrounding the at least one thermally softenable pipe, the at least one rubberlike thermally expandable sleeve in axial direction being situated between the at least two sealings, each of the at least one sleeve and the at least two sealings being an unconnected separate entity even though in axial direction also being adjacent one of the at least two sealings and the at least one sleeve, wherein each of the sealings comprises a vulcanized fire-resistant rubber plug and wherein each of the sealings is provided with outer ribs having outer tops spaced apart in longitudinal direction for realizing, in use, annular contact surfaces which are each closed in itself in a circumferential direction between the sealing and the inner wall of the conduit and each of the sealings is provided with inner ribs having inner tops spaced apart in longitudinal direction for realizing, in use, annular contact surfaces which are each closed in itself in a circumferential direction between the sealing and the at least one pipe, the rubberlike thermally expandable sleeve comprises material having a component which causes the material on exposure to heat to expand rapidly to an extent which is much more than the extent to which that material not having this component would expand. (a) a conduit having an axial direction and at least one thermally softenable pipe extending therethrough; (b) at least two sealings, each sealing being sealingly positioned between an inner wall of the conduit and the at least one pipe; (c) at least one rubberlike thermally expandable sleeve surrounding the at least one thermally softenable pipe, the at least one rubberlike thermally expandable sleeve in axial direction being situated between the at least two sealings, each of the at least one sleeve and the at least two sealings being an unconnected separate entity even though in axial direction also being adjacent one of the at least two sealings and the at least one sleeve,
A method for storing objects in an object store, wherein each object is identified by an object signature generated according to a first cryptographic function, the method comprising: receiving a request to transition to a second cryptographic function for the object store; receiving an input/output, I/O, request, wherein the request affects an object in the object store; determining an object signature for the affected object according to the second cryptographic function; and committing the affected object alongside other objects in the object store identified by object signatures determined according to the first cryptographic function. receiving a request to transition to a second cryptographic function for the object store; receiving an input/output, I/O, request, wherein the request affects an object in the object store; determining an object signature for the affected object according to the second cryptographic function; and committing the affected object alongside other objects in the object store identified by object signatures determined according to the first cryptographic function.
A teeth whitening appliance, comprising: a teeth whitening appliance for holding teeth whitening gel, wherein the appliance has an interior surface which comes adjacent the front portion of selected teeth of a user; and extends a seal member attached to the interior surface of the appliance characterized in that the seal member comprises a fabric strip member which extends around the periphery of the interior surface of the appliance and is configured to act as a semi-permeable membrane with absorbing water or saliva present in the mouth to create a surface tension which adheres and seals the appliance to the teeth, but which permits removal from the teeth, when the appliance is removed from the mouth. a teeth whitening appliance for holding teeth whitening gel, wherein the appliance has an interior surface which comes adjacent the front portion of selected teeth of a user; and extends a seal member attached to the interior surface of the appliance characterized in that the seal member comprises a fabric strip member which extends around the periphery of the interior surface of the appliance and is configured to act as a semi-permeable membrane with absorbing water or saliva present in the mouth to create a surface tension which adheres and seals the appliance to the teeth, but which permits removal from the teeth, when the appliance is removed from the mouth.
A controller circuitry configured to control communication channels (220-221, 230-233) between transmitter (100, 200-203) and receiver (101, 210-211) nodes in a ultra-dense network, UDN,, the controller circuitry comprising means configured for: - monitoring the communication channels of pairs of transmitter-receiver nodes; - determining correlation coefficients for the pairs; - identifying correlated pairs based on the correlation coefficients; and - disconnecting the correlated pairs, and wherein the means are further configured to connecting a receiver node of a disconnected pair to another transmitter node. - monitoring the communication channels of pairs of transmitter-receiver nodes; - determining correlation coefficients for the pairs; - identifying correlated pairs based on the correlation coefficients; and - disconnecting the correlated pairs, and
Connection pad (1, 10, 20, 30, 40, 50, 60, 70, 80, 210, 220, 370, 380, 401) with a wire pad design for a prelam body of a smart card, the wire pad design comprising: a connection pad wiring pattern (3, 23, 33, 43, 53, 63, 73, 83, 373, 383, 403) formed by plural wire portions extending in a contacting pad plane; characterized by a bridging wire portion (5, 25, 35, 45, 55, 65, 75, 85, 375, 385, 405) which at least partially extends outside the contacting pad plane, wherein the bridging wire portion electrically (5, 25, 35, 45, 55, 65, 75, 85, 375, 385, 405) and mechanically connects at least some of the plural wire portions with each other. a bridging wire portion (5, 25, 35, 45, 55, 65, 75, 85, 375, 385, 405) which at least partially extends outside the contacting pad plane, wherein the bridging wire portion electrically (5, 25, 35, 45, 55, 65, 75, 85, 375, 385, 405) and mechanically connects at least some of the plural wire portions with each other.
An absorbent article comprising a topsheet, a backsheet and an absorbent core disposed between the topsheet and the backsheet, characterized in that the absorbent core comprises: - a first absorbent layer comprising a first substrate, a layer of first superabsorbent polymer particles deposited on the first substrate, and a fibrous layer of thermoplastic adhesive material covering the layer of first superabsorbent polymer particles; - a second absorbent layer comprising a second substrate and a mixed layer deposited on the second substrate, the mixed layer comprising a mixture of second superabsorbent polymer particles and cellulosic fibers, the first absorbent layer and the second absorbent layer being combined together such that at least a portion of the fibrous layer of thermoplastic adhesive material of the first absorbent layer contacts at least a portion of the mixed layer of the second absorbent layer, and wherein the first absorbent layer is placed closer to the topsheet than the second layer. - a first absorbent layer comprising a first substrate, a layer of first superabsorbent polymer particles deposited on the first substrate, and a fibrous layer of thermoplastic adhesive material covering the layer of first superabsorbent polymer particles; - a second absorbent layer comprising a second substrate and a mixed layer deposited on the second substrate, the mixed layer comprising a mixture of second superabsorbent polymer particles and cellulosic fibers,
A method of transmitting an acknowledgment, ACK,/non-acknowledgment, NACK, signal in a wireless communication system, the method being carried-out in a user equipment, UE, (12; 800) the method being characterized by comprising: receiving from a base station, BS, a number of cyclic shift indexes, CSIs, and a cyclic shift, CS, interval for transmitting the ACK/NACK signal, wherein the number of CSIs is an integer multiple of the CS interval; determining an orthogonal sequence index, OSI, and a CSI to be used for transmitting the ACK/NACK signal based on the number of CSIs and the CS interval; and transmitting the ACK/NACK signal to the BS using the determined OSI and CSI. receiving from a base station, BS, a number of cyclic shift indexes, CSIs, and a cyclic shift, CS, interval for transmitting the ACK/NACK signal, wherein the number of CSIs is an integer multiple of the CS interval; determining an orthogonal sequence index, OSI, and a CSI to be used for transmitting the ACK/NACK signal based on the number of CSIs and the CS interval; and transmitting the ACK/NACK signal to the BS using the determined OSI and CSI.
A belt for an elevator system, comprising: one or more tension elements extending along a belt length; and a jacket at least partially encapsulating the one or more tension elements, the jacket including: a jacket base; characterised by one or more insert layers embedded in the jacket base, the one or more insert layers having a corrugated shape along the belt length. one or more tension elements extending along a belt length; and a jacket at least partially encapsulating the one or more tension elements, the jacket including: a jacket base; characterised by one or more insert layers embedded in the jacket base, the one or more insert layers having a corrugated shape along the belt length. a jacket base; characterised by one or more insert layers embedded in the jacket base, the one or more insert layers having a corrugated shape along the belt length.
A device (100, 300) for determining an intraocular pressure of an eye comprising: (a) a housing (104, 304); (b) a plunger (106, 306) axially movable within the housing, a first end of the plunger having a tip (108, 308) for contacting the eye; (c) an indicator arm (110,310) operatively connected to a second end of the plunger; (d) a measurement gauge (114,314) for indicating the intraocular pressure of the eye; (e) a resilient biasing member (118, 318) for biasing the plunger towards an extended position in which the plunger tip protrudes beyond the housing and the indicator arm is biased towards a first position on the measurement gauge; wherein applying pressure to the eye via the plunger tip causes the intraocular pressure of the eye to exert an opposing force on the plunger tip causing the plunger to retract into the housing to cause a reciprocal movement of the indicator arm towards a second position thereby indicating the intraocular pressure of the eye on the measurement gauge; wherein the gauge and device indicator arm are comprised within the housing; wherein the indicator arm pivots about a pivot point in a plane parallel to the longitudinal axis of housing; wherein the indicator arm is counterbalanced about the pivot point by a counterbalance (121, 321), such that the device can be used to determine the intraocular pressure of the eye at any angle; and characterized in that the resilient biasing member has a first end coupled to the indicator arm and in that the indicator arm, the resilient biasing member, and the counter balance are integrated into a single piece. (a) a housing (104, 304); (b) a plunger (106, 306) axially movable within the housing, a first end of the plunger having a tip (108, 308) for contacting the eye; (c) an indicator arm (110,310) operatively connected to a second end of the plunger; (d) a measurement gauge (114,314) for indicating the intraocular pressure of the eye; (e) a resilient biasing member (118, 318) for biasing the plunger towards an extended position in which the plunger tip protrudes beyond the housing and the indicator arm is biased towards a first position on the measurement gauge;