mhurhangee/ep-ind-claims huggingface dataset:
A container for storing a biological sample, the container comprising: a container having a closed end, an open end, and a sidewall extending therebetween, defining a container interior; a removable closure for enclosing the open end of the container; a sample holder for housing a biological sample, insertable within the container interior; a port disposed within the removable closure, the port adapted to engage with an injection device to allow a fluid to pass from within the injection device into the container interior; and wherein the sample holder is connected with the closure through a receiving member, wherein the receiving member comprises a platform which is aligned with the port, such that when a fluid passes through the port the fluid comes into contact with the platform and then with the sample holder via a plurality of openings on the platform such that fluid introduced through the port passes directly through the sample holder. a container having a closed end, an open end, and a sidewall extending therebetween, defining a container interior; a removable closure for enclosing the open end of the container; a sample holder for housing a biological sample, insertable within the container interior; a port disposed within the removable closure, the port adapted to engage with an injection device to allow a fluid to pass from within the injection device into the container interior; and wherein the sample holder is connected with the closure through a receiving member, wherein the receiving member comprises a platform which is aligned with the port, such that when a fluid passes through the port the fluid comes into contact with the platform and then with the sample holder via a plurality of openings on the platform such that fluid introduced through the port passes directly through the sample holder.
A polyester resin comprising a constitutional unit represented by general formula: wherein R 1 is a hydrogen atom, CH 3, or C 2 H 5; and R 2 and R 3 are each independently a hydrogen atom or CH 3.
A heat exchanger for recovering heat contained in a first flowable material, said heat exchanger comprising a first receiving receptacle having a first cavity for receiving said first flowable material, said first cavity being defined by a first wall and a first bottom part, and having a first drain in said bottom part for discharging said first flowable material, and a first means for absorbing heat having a first inlet for receiving a second flowable material to be heated by said first flowable material and a first outlet for discharging said second flowable material heated by said first flowable material, said first means for absorbing heat being arranged to form at least a part of said first bottom part of said first receiving receptacle, wherein said heat exchanger comprises at least one further receiving receptacle positioned in series with said first receiving receptacle and having a second cavity for receiving said first flowable material, said second cavity being defined by a second wall and a second bottom part, and having a second drain in said second bottom part for discharging said first flowable material; and a second means for absorbing heat having a second inlet for receiving a second flowable material to be heated by said first flowable material and a second outlet for discharging said second flowable material heated by said first flowable material, said second means for absorbing heat being arranged to form at least a part of said second bottom part of said further receiving receptacle, said first drain of said first receiving receptacle is in communication with a means for directing said first flowable material onto the second bottom part, wherein said means guide the flowable material onto at least a portion of said second bottom part of said further receiving receptacle in a direction not coinciding with the direct path towards said second drain, said means comprises a conduit having a first end mounted in communication with said first drain on said first bottom part of said first receiving receptacle and a second end extending beyond said first bottom part into said second cavity of said further receiving receptacle, characterised in that said first drain for discharging said first flowable material is positioned substantially in the centre of said bottom part, and is in communication with said means for directing said first flowable material onto the second bottom part, wherein said means is positioned under said first receiving receptacle, and extending at first substantially radially (r) from the centre of said bottom part towards or beyond said second wall of said further receptacle, and, changing thereupon, when being close to said second wall, its direction of extension to a substantially tangential direction (t), such that the flowable material is introduced onto the second bottom part near said second wall with a velocity component in a tangential direction (t).
A coupling assembly for connecting two shafts, wherein a first shaft comprises a outward flange on one end thereof with a plurality of first holes extending through the outward flange around an axis of the first shaft, and a second shaft is a hollow shaft comprising an inward flange on one end thereof with a plurality of second holes extending through the inward flange with same diameter of the first holes and aligning with the respective first holes, the coupling assembly comprising: a coupling bolt with thread on a first end and a second end thereof, which is inserted in the first hole and the second hole; a first nut engaged with the first end of the coupling bolt; a second nut engaged with the second end of the coupling bolt; and an expansion sleeve with its inner hole tapering from one end to another end thereof, wherein the expansion sleeve is interposed between the coupling bolt and the first and second hole to secure the coupling bolt relative to the first and second hole; characterized in that the second nut is formed with one end thereof having a threaded hole to engage with the coupling bolt and with the other end closed, and a profiled hole smaller than the threaded hole is centrally formed on the closed end; the coupling bolt is formed with a through hole along the central axis thereof to receive an assembly tool to tighten the second nut relative to the coupling bolt. a coupling bolt with thread on a first end and a second end thereof, which is inserted in the first hole and the second hole; a first nut engaged with the first end of the coupling bolt; a second nut engaged with the second end of the coupling bolt; and an expansion sleeve with its inner hole tapering from one end to another end thereof, wherein the expansion sleeve is interposed between the coupling bolt and the first and second hole to secure the coupling bolt relative to the first and second hole; characterized in that the second nut is formed with one end thereof having a threaded hole to engage with the coupling bolt and with the other end closed, and a profiled hole smaller than the threaded hole is centrally formed on the closed end; the coupling bolt is formed with a through hole along the central axis thereof to receive an assembly tool to tighten the second nut relative to the coupling bolt.
A semiconductor die assembly, comprising: a first semiconductor die comprising a plurality of through-silicon vias; a second semiconductor die carrying the first semiconductor die, the second semiconductor die having a peripheral portion extending laterally outward beyond at least one side of the first semiconductor die, wherein the first semiconductor die defines a first thermal path away from the second semiconductor die; a thermal transfer feature at the peripheral portion of the second semiconductor die, wherein the thermal transfer feature is configured to define a second thermal path that transfers heat away from the second semiconductor die, the first thermal path being separate from the second thermal path; and a plurality of electrically conductive elements positioned between the first semiconductor die and the second semiconductor die, wherein the plurality of through-silicon vias are aligned with corresponding said electrically conductive elements; and characterized by a plurality of thermally conductive elements positioned interstitially between the plurality of electrically conductive elements, wherein the thermally conductive elements are pillars, columns, studs, or bumps and are not electrically coupled to the through-silicon vias. a first semiconductor die comprising a plurality of through-silicon vias; a second semiconductor die carrying the first semiconductor die, the second semiconductor die having a peripheral portion extending laterally outward beyond at least one side of the first semiconductor die, wherein the first semiconductor die defines a first thermal path away from the second semiconductor die; a thermal transfer feature at the peripheral portion of the second semiconductor die, wherein the thermal transfer feature is configured to define a second thermal path that transfers heat away from the second semiconductor die, the first thermal path being separate from the second thermal path; and a plurality of electrically conductive elements positioned between the first semiconductor die and the second semiconductor die, wherein the plurality of through-silicon vias are aligned with corresponding said electrically conductive elements; and characterized by a plurality of thermally conductive elements positioned interstitially between the plurality of electrically conductive elements, wherein the thermally conductive elements are pillars, columns, studs, or bumps and are not electrically coupled to the through-silicon vias.
An integrated circuit for implementing at least a portion of a personal audio device, comprising: an output adapted to provide an output signal to an output transducer (SPKR) including both source audio for playback to a listener and an anti-noise signal for countering the effects of ambient audio sounds in an acoustic output of the transducer (SPKR); a reference microphone input adapted to receive a reference microphone signal (ref) indicative of the ambient audio sounds; an error microphone input adapted to receive an error microphone signal (err) indicative of the acoustic output of the transducer (SPKR) and the ambient audio sounds at the transducer (SPKR); and a processing circuit (20, 40) configured to adaptively generate the anti-noise signal from the reference microphone signal (ref) by adapting a first adaptive filter to reduce the presence of the ambient audio sounds heard by the listener in conformity with an error signal (e) and the reference microphone signal (ref), wherein the processing circuit (20, 40) implements a secondary path adaptive filter having a secondary path response configured to shape the source audio and a combiner configured to remove the source audio from the error microphone signal (ref) to provide the error signal (e), characterized in that the processing circuit (20, 40) is further configured to detect a frequency-dependent characteristic of the source audio using frequency selective filtering of the source audio and to take action to prevent improper generation of the anti-noise signal in response to detecting the characteristic of the source audio. an output adapted to provide an output signal to an output transducer (SPKR) including both source audio for playback to a listener and an anti-noise signal for countering the effects of ambient audio sounds in an acoustic output of the transducer (SPKR); a reference microphone input adapted to receive a reference microphone signal (ref) indicative of the ambient audio sounds; an error microphone input adapted to receive an error microphone signal (err) indicative of the acoustic output of the transducer (SPKR) and the ambient audio sounds at the transducer (SPKR); and a processing circuit (20, 40) configured to adaptively generate the anti-noise signal from the reference microphone signal (ref) by adapting a first adaptive filter to reduce the presence of the ambient audio sounds heard by the listener in conformity with an error signal (e) and the reference microphone signal (ref), wherein the processing circuit (20, 40) implements a secondary path adaptive filter having a secondary path response configured to shape the source audio and a combiner configured to remove the source audio from the error microphone signal (ref) to provide the error signal (e), characterized in that the processing circuit (20, 40) is further configured to detect a frequency-dependent characteristic of the source audio using frequency selective filtering of the source audio and to take action to prevent improper generation of the anti-noise signal in response to detecting the characteristic of the source audio.
System for making personalised recommendations to a user of a mobile computing device, the system comprising at least one mobile computing device used by said user, a central processing unit, and a memory structure comprising a dataset of personalised data personalised to said user, the at least one mobile computing device being provided with a plurality of sensors arranged for collecting contextual data, the mobile computing device being arranged for collecting observational data in an opportunistic way, without interference of said user, by means of at least one sensor of said plurality of sensors, the central processing unit comprising receiving means for receiving said collected contextual data, the central processing unit further being arranged for combining information from the personalised dataset with the received contextual data, in order to obtain a personalised recommendation for the user of the mobile computing device, the central processing unit further being provided with transmitting means that are arranged for transmitting the personalised recommendation to the user of the mobile computing device, in particular to the at least one mobile computing device used by said user, characterized in that the central processing unit is arranged for checking follow-up of the transmitted recommendation by the user by comparing the transmitted recommendation with further contextual data received by the central processing unit after transmitting the recommendation, said further contextual data comprising further observational data collected in an opportunistic way without interference of said user by means of said at least one sensor, and wherein the central processing unit is further arranged for basing a further recommendation at least partly on said checked follow-up.
A crystalline form CS1 of N-[(1,3-dicyclohexylhexahydro-2,4,6-trioxo-5-pyrimidinyl)carbonyl]-glycine, wherein the X-ray powder diffraction pattern shows characteristic peaks at 2theta values of 6.4°±0.2°, 7.5°±0.2°, and 7.9°±0.2° using CuKα radiation.
A bioerodible implant for use in treating a medical condition of the eye, comprising an active agent dispersed within a biodegradable polymer matrix, wherein the biodegradable polymer matrix comprises a mixture of PLGA having hydrophilic end groups, wherein said hydrophilic end group is carboxyl, hydroxyl, polyethylene glycol, or a combination thereof, and PLGA having hydrophobic end groups, wherein said hydrophobic end group is an alkyl ester or aromatic ester, wherein the bioerodible implant is formed by an extrusion method and is sized for implantation in an ocular region, and wherein the active agent comprises dexamethasone and is 10 to 90 percent by weight of the bioerodible implant. wherein the biodegradable polymer matrix comprises a mixture of PLGA having hydrophilic end groups, wherein said hydrophilic end group is carboxyl, hydroxyl, polyethylene glycol, or a combination thereof, and PLGA having hydrophobic end groups, wherein said hydrophobic end group is an alkyl ester or aromatic ester, wherein the bioerodible implant is formed by an extrusion method and is sized for implantation in an ocular region, and wherein the active agent comprises dexamethasone and is 10 to 90 percent by weight of the bioerodible implant.
Apparatus for detecting a substance in a rod shaped article of the tobacco industry, comprising: one or more sources (10, 11) of electromagnetic radiation, configured to generate electromagnetic radiation at first and second wavelengths (λ 1, λ 2), said first and second wavelengths being different from each other, said one or more sources of electromagnetic radiation being configured to generate the first wavelength at a peak in the optical absorption spectrum of the substance; one or more detectors (26, 27), configured to detect the first and second wavelengths after propagation in the rod shaped article, wherein the one or more detectors are configured to generate signals (A, B) based on the amount of radiation received at each wavelength; and a processor configured to process the signals to determine information relating to the presence of the substance, based on the relative amount of radiation received at the first and second wavelengths. one or more sources (10, 11) of electromagnetic radiation, configured to generate electromagnetic radiation at first and second wavelengths (λ 1, λ 2), said first and second wavelengths being different from each other, said one or more sources of electromagnetic radiation being configured to generate the first wavelength at a peak in the optical absorption spectrum of the substance; one or more detectors (26, 27), configured to detect the first and second wavelengths after propagation in the rod shaped article, wherein the one or more detectors are configured to generate signals (A, B) based on the amount of radiation received at each wavelength; and a processor configured to process the signals to determine information relating to the presence of the substance, based on the relative amount of radiation received at the first and second wavelengths.
A method for labeling an article of fabric, said method comprising the steps of (a) providing a heat-transfer label, said heat-transfer label comprising: (i) a transfer portion, said transfer portion comprising an ink design layer; (ii) a support portion, said transfer portion being position over said support portion for transfer of the transfer portion from the support portion to an article of fabric under conditions of heat and pressure, said support portion comprising a carrier, and a release coating positioned over said carrier, said release coating being made of a non-wax, non-silicone, release material; and (b) transferring the transfer portion from the support portion to the article of fabric under conditions of heat and pressure. (a) providing a heat-transfer label, said heat-transfer label comprising: (i) a transfer portion, said transfer portion comprising an ink design layer; (ii) a support portion, said transfer portion being position over said support portion for transfer of the transfer portion from the support portion to an article of fabric under conditions of heat and pressure, said support portion comprising a carrier, and a release coating positioned over said carrier, said release coating being made of a non-wax, non-silicone, release material; and (i) a transfer portion, said transfer portion comprising an ink design layer; (ii) a support portion, said transfer portion being position over said support portion for transfer of the transfer portion from the support portion to an article of fabric under conditions of heat and pressure, said support portion comprising a carrier, and a release coating positioned over said carrier, said release coating being made of a non-wax, non-silicone, release material; and a carrier, and a release coating positioned over said carrier, said release coating being made of a non-wax, non-silicone, release material; and (b) transferring the transfer portion from the support portion to the article of fabric under conditions of heat and pressure.
Grinding device comprising a hand mill (22, 24) with a rotating shaft, to which a handle for grinding food by hand can be mounted, and a grinder, wherein a connecting part of the grinder is attached to said rotating shaft instead of the above-mentioned handle, wherein the grinder comprises: the connecting part configured to be attached to the rotating shaft to replace the handle of the hand mill (22, 24) configured to grind food by hand, a motor configured to rotate the connecting part and abut on the connecting part, an actuator button configured to detect an operation, wherein: when detection of the operation starts, the motor rotates the connecting part; and when the detection of the operation stops, the motor stops rotating the connecting part, and an attachment (8, 9) securely attached to the grinder and the hand mill (22, 24), wherein the attachment (8, 9) includes at least one of: a first attachment securely attached to the grinder and the hand mill (22, 24) when the hand mill (22, 24) has a first shape; and a second attachment securely attached to the grinder and the hand mill (22, 24) when the hand mill (22, 24) has a second shape. the connecting part configured to be attached to the rotating shaft to replace the handle of the hand mill (22, 24) configured to grind food by hand, a motor configured to rotate the connecting part and abut on the connecting part, an actuator button configured to detect an operation, wherein: when detection of the operation starts, the motor rotates the connecting part; and when the detection of the operation stops, the motor stops rotating the connecting part, and when detection of the operation starts, the motor rotates the connecting part; and when the detection of the operation stops, the motor stops rotating the connecting part, and an attachment (8, 9) securely attached to the grinder and the hand mill (22, 24), wherein the attachment (8, 9) includes at least one of: a first attachment securely attached to the grinder and the hand mill (22, 24) when the hand mill (22, 24) has a first shape; and a second attachment securely attached to the grinder and the hand mill (22, 24) when the hand mill (22, 24) has a second shape. a first attachment securely attached to the grinder and the hand mill (22, 24) when the hand mill (22, 24) has a first shape; and a second attachment securely attached to the grinder and the hand mill (22, 24) when the hand mill (22, 24) has a second shape.
A key cylinder device, comprising: a rotor case that encloses a rotor operable to rotate by a mechanical key, the rotor being inserted into the rotor case from a direction opposite to an insertion direction of the mechanical key; a holding member comprising a pair of leg portions held by the rotor case; and a fixing member that protrudes from the holding member, characterized in that the rotor case comprises a fixing member-holding structure that the fixing member is held by the leg portions of the holding member at a temporary assembly position for temporarily assembling the fixing member in a retracted state without inwardly protruding beyond an inner surface of the rotor case and at an assembly position for assembling the fixing member in a state of inwardly protruding from the inner surface of the rotor case. a rotor case that encloses a rotor operable to rotate by a mechanical key, the rotor being inserted into the rotor case from a direction opposite to an insertion direction of the mechanical key; a holding member comprising a pair of leg portions held by the rotor case; and a fixing member that protrudes from the holding member, characterized in that the rotor case comprises a fixing member-holding structure that the fixing member is held by the leg portions of the holding member at a temporary assembly position for temporarily assembling the fixing member in a retracted state without inwardly protruding beyond an inner surface of the rotor case and at an assembly position for assembling the fixing member in a state of inwardly protruding from the inner surface of the rotor case.