mhurhangee/ep-ind-claims huggingface dataset:
A system, comprising: a portable electric coffee grinder or a storage container including a main housing containing a holding chamber configured to hold unground coffee beans; a sensing base or lid (101, 802) including at least one emission sensor configured to detect one or more emissions from the unground coffee beans held in the holding chamber, wherein the sensing base or lid (101, 802) is detachably coupleable to the portable electric coffee grinder or the storage container so as to establish fluid communication with the holding chamber; and a controller communicatively coupled to the at least one emission sensor and programmed to receive and store an ideal freshness value for the coffee beans and to determine a freshness value for the unground coffee beans based on output from the at least one emission sensor, one or more environmental conditions associated with the unground coffee beans, and the stored ideal freshness value for the coffee beans. a portable electric coffee grinder or a storage container including a main housing containing a holding chamber configured to hold unground coffee beans; a sensing base or lid (101, 802) including at least one emission sensor configured to detect one or more emissions from the unground coffee beans held in the holding chamber, wherein the sensing base or lid (101, 802) is detachably coupleable to the portable electric coffee grinder or the storage container so as to establish fluid communication with the holding chamber; and a controller communicatively coupled to the at least one emission sensor and programmed to receive and store an ideal freshness value for the coffee beans and to determine a freshness value for the unground coffee beans based on output from the at least one emission sensor, one or more environmental conditions associated with the unground coffee beans, and the stored ideal freshness value for the coffee beans. output from the at least one emission sensor, one or more environmental conditions associated with the unground coffee beans, and the stored ideal freshness value for the coffee beans.
A printhead (10,100,300,400,500) comprising: a) one or more fluid vias in fluid communication with a fluid supply, each of the one or more fluid vias being associated with a first number of heating elements, the heating elements being divided into groups of a second number of heating elements so as to form a number of primitive groups; b) an electrical interface comprising at least one shift register that receives primitive address data to allow for selective application of electrical signals to the heating elements so that fluid is ejected from the printhead in accordance with image data, c) the number of primitive groups being dependent on the print resolution of the printhead so that a number of bits required for the at least one shift register to address each heater is independent of the print resolution of the printhead; and d) wherein the number of primitive groups is calculated according to the following equation: (the first number of heating elements)/(the second number of heating elements). a) one or more fluid vias in fluid communication with a fluid supply, each of the one or more fluid vias being associated with a first number of heating elements, the heating elements being divided into groups of a second number of heating elements so as to form a number of primitive groups; b) an electrical interface comprising at least one shift register that receives primitive address data to allow for selective application of electrical signals to the heating elements so that fluid is ejected from the printhead in accordance with image data, c) the number of primitive groups being dependent on the print resolution of the printhead so that a number of bits required for the at least one shift register to address each heater is independent of the print resolution of the printhead; and d) wherein the number of primitive groups is calculated according to the following equation: (the first number of heating elements)/(the second number of heating elements).
A composition for use in the treatment of a glioblastoma or lung cancer in a subject in need thereof comprising an effective amount of tetra-o-methyl nordihydroguaiaretic acid (M 4 N); and an effective amount of temozolomide dissolved or suspended in a formulation comprising a medium chain triglyceride and D-α-tocopheryl polyethylene glycol succinate (Vitamin E TPGS).
A halftone phase shift mask blank comprising a transparent substrate and a halftone phase shift film thereon having a phase shift of 150° to 200° and a transmittance of 3 % to 30 % with respect to light of wavelength up to 200 nm, wherein said halftone phase shift film is a single layer or a multilayer film, and is composed of a silicon base material comprising essentially transition metal, silicon and nitrogen and optionally oxygen, and said halftone phase shift film includes at least one layer composed of a silicon base material having a transition metal content of up to 3 at%, a total content of silicon, nitrogen and oxygen of at least 90 at%, a silicon content of 30 to 70 at%, a total content of nitrogen and oxygen of 30 to 60 at%, and an oxygen content of up to 30 at%, having a sheet resistance of up to 10 13 Ω/□, and wherein the layer is compositionally graded such that the concentrations of some or all constituent elements continuously vary in the thickness direction. said halftone phase shift film is a single layer or a multilayer film, and is composed of a silicon base material comprising essentially transition metal, silicon and nitrogen and optionally oxygen, and said halftone phase shift film includes at least one layer composed of a silicon base material having a transition metal content of up to 3 at%, a total content of silicon, nitrogen and oxygen of at least 90 at%, a silicon content of 30 to 70 at%, a total content of nitrogen and oxygen of 30 to 60 at%, and an oxygen content of up to 30 at%, having a sheet resistance of up to 10 13 Ω/□, and wherein the layer is compositionally graded such that the concentrations of some or all constituent elements continuously vary in the thickness direction.
A compact cartridge fan system for use in an articulating bed structure having a stationary horizontal support panel, the system comprising: a frame adapted to be engaged in a receiving aperture in the stationary horizontal support panel; a cartridge removably received in a receiving aperture in the frame, said cartridge having a case containing a box fan and a connector attachment; a connector engaged in the connector attachment and adapted to be received through a mattress base supported on the stationary support panel; characterised in that the case has at least one resilient engagement element and an upper flange to be received in the frame, and that the case further incorporates a filter received in an engagement slot surrounding an inlet aperture, and further comprises, and that a piezoelectric cooling/heating element is inserted between the inlet aperture and the box fan, the piezoelectric cooling/heating element having a plurality of flow channels through which air entering from the inlet aperture flows is cooled or heated in a first operational condition or merely transitioned to the box fan for distribution in a second operational condition. a frame adapted to be engaged in a receiving aperture in the stationary horizontal support panel; a cartridge removably received in a receiving aperture in the frame, said cartridge having a case containing a box fan and a connector attachment; a connector engaged in the connector attachment and adapted to be received through a mattress base supported on the stationary support panel; characterised in that the case has at least one resilient engagement element and an upper flange to be received in the frame, and that the case further incorporates a filter received in an engagement slot surrounding an inlet aperture, and further comprises, and that a piezoelectric cooling/heating element is inserted between the inlet aperture and the box fan, the piezoelectric cooling/heating element having a plurality of flow channels through which air entering from the inlet aperture flows is cooled or heated in a first operational condition or merely transitioned to the box fan for distribution in a second operational condition.
A gun sight (100; 300) comprising: a light source (162; 262; 362) adapted to project light; a user-viewable interface; and an optical element comprising: a substantially central external surface adapted to pass the light to provide a reticle at a substantially central area of the user-viewable interface, characterized by the optical element comprising a substantially peripheral external surface adapted to refract the light to provide a guide at a peripheral area of the user-viewable interface to aid a user to reposition the gun sight (100; 300) to view the reticle. a light source (162; 262; 362) adapted to project light; a user-viewable interface; and an optical element comprising: a substantially central external surface adapted to pass the light to provide a reticle at a substantially central area of the user-viewable interface, characterized by the optical element comprising a substantially peripheral external surface adapted to refract the light to provide a guide at a peripheral area of the user-viewable interface to aid a user to reposition the gun sight (100; 300) to view the reticle. a substantially central external surface adapted to pass the light to provide a reticle at a substantially central area of the user-viewable interface, characterized by the optical element comprising a substantially peripheral external surface adapted to refract the light to provide a guide at a peripheral area of the user-viewable interface to aid a user to reposition the gun sight (100; 300) to view the reticle.
Collapsible support frame for a hammock, comprising a frame body formed from a longitudinal member and three struts provided at each of the two ends of the longitudinal member, two of which serve as foot struts and the third strut serves as a supporting arm with an attachment point for the hammock, wherein the three struts at the two ends of the longitudinal member as well as the foot struts at the opposite ends of the longitudinal member are connected to one another, in each case, by tension means (12, 20) engaging at the strut ends and the struts can be folded out from an idle position, in which they are folded in against the longitudinal member, into a working position in which they are splayed out from the longitudinal member, characterized in that the attachment point for the hammock on the two supporting arms is provided on one arm of a double-armed pivot lever, with the tension means for the two foot struts engaging on the other arm of said pivot lever.
A system comprising: a monitoring device that includes an audio generating device; and a mobile device that includes a microphone and a processor, wherein the monitoring device transmits, via the audio generating device, data to the mobile device in a non-audible, high frequency audio signal, wherein the mobile device receives, via the microphone, the non-audible, high frequency audio signal and decodes, via the processor, the data from the non-audible, high frequency audio signal, and wherein the processor compensates for frequency error in the non-audible, high frequency audio signal by estimating missing portions of the data from uncorrupted portions of the data. a monitoring device that includes an audio generating device; and a mobile device that includes a microphone and a processor, wherein the monitoring device transmits, via the audio generating device, data to the mobile device in a non-audible, high frequency audio signal, wherein the mobile device receives, via the microphone, the non-audible, high frequency audio signal and decodes, via the processor, the data from the non-audible, high frequency audio signal, and wherein the processor compensates for frequency error in the non-audible, high frequency audio signal by estimating missing portions of the data from uncorrupted portions of the data.
A circulation device, comprising: a power system, a cover plate, an elastic plate, a pressing compact ring, a water inlet, an inlet check valve, a self-pressing liquid storage tank, an outlet check valve, a water outlet and a pipeline; characterized in that the elastic plate is disposed above the power system, the pressing compact ring is disposed on the periphery of the bottom surface of the elastic plate, and the pressing compact ring, the elastic plate, and the cover plate are fixedly connected in sequence from bottom to top; the water inlet and the water outlet respectively communicate with the space between the cover plate and the elastic plate through the cover plate; the water inlet, the inlet check valve, the self-pressing liquid storage tank, the outlet check valve and the water outlet are connected in sequence by the pipeline, wherein the direction of the inlet check valve is the direction of the fluid flowing to the cover plate, and the direction of the outlet check valve is the direction of the fluid flowing out of the cover plate; and the space where the whole pipeline is connected with the tank is filled up with the liquid. a power system, a cover plate, an elastic plate, a pressing compact ring, a water inlet, an inlet check valve, a self-pressing liquid storage tank, an outlet check valve, a water outlet and a pipeline; characterized in that the elastic plate is disposed above the power system, the pressing compact ring is disposed on the periphery of the bottom surface of the elastic plate, and the pressing compact ring, the elastic plate, and the cover plate are fixedly connected in sequence from bottom to top; the water inlet and the water outlet respectively communicate with the space between the cover plate and the elastic plate through the cover plate; the water inlet, the inlet check valve, the self-pressing liquid storage tank, the outlet check valve and the water outlet are connected in sequence by the pipeline, wherein the direction of the inlet check valve is the direction of the fluid flowing to the cover plate, and the direction of the outlet check valve is the direction of the fluid flowing out of the cover plate; and the space where the whole pipeline is connected with the tank is filled up with the liquid.
A temporary immersion bioreactor (10;110) for in vitro production of differentiated plant biomass comprising: a growth chamber having one or more transparent side walls and a mesh bottom, the mesh bottom defining a plurality of pores to receive plant material; a flexible bag formed from a transparent material, the flexible bag having a sealable opening and being dimensioned to receive the growth chamber together with a liquid medium; an outer chamber having one or more transparent side walls, the outer chamber being formed to correspond in shape to the growth chamber and dimensioned to receive the growth chamber within the flexible bag so that the mesh bottom of the growth chamber faces a bottom of the outer chamber that in use is intended to rest on a support surface and movement of the growth chamber within the outer chamber is restrained to movement along a single axis such that the mesh bottom of the growth chamber moves towards and away from the bottom of the outer chamber; and a driving mechanism (30; 114) arranged to selectively drive movement of the growth chamber along a single axis, when the growth chamber and flexible bag are received in the outer chamber, between a first position in which the mesh bottom of the growth chamber is located at or towards the bottom of the outer chamber and a second position in which the mesh bottom of the growth chamber is spaced from the bottom of the outer chamber. a growth chamber having one or more transparent side walls and a mesh bottom, the mesh bottom defining a plurality of pores to receive plant material; a flexible bag formed from a transparent material, the flexible bag having a sealable opening and being dimensioned to receive the growth chamber together with a liquid medium; an outer chamber having one or more transparent side walls, the outer chamber being formed to correspond in shape to the growth chamber and dimensioned to receive the growth chamber within the flexible bag so that the mesh bottom of the growth chamber faces a bottom of the outer chamber that in use is intended to rest on a support surface and movement of the growth chamber within the outer chamber is restrained to movement along a single axis such that the mesh bottom of the growth chamber moves towards and away from the bottom of the outer chamber; and a driving mechanism (30; 114) arranged to selectively drive movement of the growth chamber along a single axis, when the growth chamber and flexible bag are received in the outer chamber, between a first position in which the mesh bottom of the growth chamber is located at or towards the bottom of the outer chamber and a second position in which the mesh bottom of the growth chamber is spaced from the bottom of the outer chamber.
Retrofit securing kit for securing an elevator story door which can be unlocked by means of a manually operated unlocking element and which comprises: a lock unit which can be fastened in the vicinity of the unlocking element and which has a lock, a key element that matches the lock for adjusting the lock and a latch for preventing actuation of the unlocking element in a securing position of the lock and for actuating the unlocking element by moving the lock from the securing position into a release position by means of the key element.
A method for creating a ternary bitmap of a dataset, the method comprising the steps of: a) computing a binary fingerprint bitmap of the dataset; the method being characterised by: b) deleting a first number of samples from the dataset; c) after step (b), computing another binary fingerprint bitmap of the dataset; d) repeating steps (b) and (c) a plurality of times to create a plurality of binary fingerprint bitmaps; and e) combining the plurality of binary fingerprint bitmaps into a ternary bitmap, where each bit in the ternary bitmap is determined as follows: e.1) If a bit is zero in a first predetermined number of the plurality of binary bitmaps, set the bit in the ternary bitmap to zero; e.2) If a bit is one in a second predetermined number of the plurality of binary bitmaps, set the bit in the ternary bitmap to one; and e.3) Otherwise, set the bit of the ternary bitmap to * "Don't Care." a) computing a binary fingerprint bitmap of the dataset; the method being characterised by: b) deleting a first number of samples from the dataset; c) after step (b), computing another binary fingerprint bitmap of the dataset; d) repeating steps (b) and (c) a plurality of times to create a plurality of binary fingerprint bitmaps; and e) combining the plurality of binary fingerprint bitmaps into a ternary bitmap, where each bit in the ternary bitmap is determined as follows: e.1) If a bit is zero in a first predetermined number of the plurality of binary bitmaps, set the bit in the ternary bitmap to zero; e.2) If a bit is one in a second predetermined number of the plurality of binary bitmaps, set the bit in the ternary bitmap to one; and e.3) Otherwise, set the bit of the ternary bitmap to * "Don't Care." b) deleting a first number of samples from the dataset; c) after step (b), computing another binary fingerprint bitmap of the dataset; d) repeating steps (b) and (c) a plurality of times to create a plurality of binary fingerprint bitmaps; and e) combining the plurality of binary fingerprint bitmaps into a ternary bitmap, where each bit in the ternary bitmap is determined as follows: e.1) If a bit is zero in a first predetermined number of the plurality of binary bitmaps, set the bit in the ternary bitmap to zero; e.2) If a bit is one in a second predetermined number of the plurality of binary bitmaps, set the bit in the ternary bitmap to one; and e.3) Otherwise, set the bit of the ternary bitmap to * "Don't Care." e.1) If a bit is zero in a first predetermined number of the plurality of binary bitmaps, set the bit in the ternary bitmap to zero; e.2) If a bit is one in a second predetermined number of the plurality of binary bitmaps, set the bit in the ternary bitmap to one; and e.3) Otherwise, set the bit of the ternary bitmap to * "Don't Care."
An electrode for water purification, comprising: a porous carbon material synthesized from resorcinol, the porous carbon material comprising a base-catalyzed, porous resorcinol-formaldehyde polymer, wherein the porous carbon material is synthesized by: dissolving the resorcinol and a surfactant in a mixture of ethanol and water to form a solution; adding formaldehyde to the solution; adding a base to the solution to form a solution mixture; heating the solution mixture to produce a solidified material; drying the solidified material; and performing pyrolysis on the dried solidified material under a protective gas, resulting in the porous carbon material; wherein the base catalyst is selected from the group consisting of 1,6-diaminohexane, ethylenediamine, trimethylamine, and triethylamine. dissolving the resorcinol and a surfactant in a mixture of ethanol and water to form a solution; adding formaldehyde to the solution; adding a base to the solution to form a solution mixture; heating the solution mixture to produce a solidified material; drying the solidified material; and performing pyrolysis on the dried solidified material under a protective gas, resulting in the porous carbon material; wherein the base catalyst is selected from the group consisting of 1,6-diaminohexane, ethylenediamine, trimethylamine, and triethylamine.
A packaged lead frame (100, 200) comprising: an encapsulant having a first minor side, a second minor side opposite the first minor side, a third minor side between the first and second minor sides, and a fourth minor side between the first and second minor sides and opposite the third minor side; and a first plurality of leads (104-118, 233-240) along the third minor side between the first minor side and a center plane that bisects the encapsulant between the first and second minor sides, wherein the first plurality of leads (104-118, 233-240) extends outwardly from the encapsulant, and wherein each lead of the first plurality of leads (104-118, 233-240), includes a corresponding jog (134-206, 274-288) external to the encapsulant which jogs away from the center plane, characterized in that the corresponding jog (134-206, 274-288) of each lead from a first lead (118, 256) of the plurality of leads closest to the center plane to a last lead (104, 233) of the first plurality of leads closest to the first minor side jogs incrementally further away from the center plane. an encapsulant having a first minor side, a second minor side opposite the first minor side, a third minor side between the first and second minor sides, and a fourth minor side between the first and second minor sides and opposite the third minor side; and a first plurality of leads (104-118, 233-240) along the third minor side between the first minor side and a center plane that bisects the encapsulant between the first and second minor sides, wherein the first plurality of leads (104-118, 233-240) extends outwardly from the encapsulant, and wherein each lead of the first plurality of leads (104-118, 233-240), includes a corresponding jog (134-206, 274-288) external to the encapsulant which jogs away from the center plane, characterized in that the corresponding jog (134-206, 274-288) of each lead from a first lead (118, 256) of the plurality of leads closest to the center plane to a last lead (104, 233) of the first plurality of leads closest to the first minor side jogs incrementally further away from the center plane.