mhurhangee/patent-ind-claim-en huggingface dataset:
A modular refrigerator , comprising: a cabinet body ; an upper cover ; and an integrated refrigeration apparatus comprising an integrated refrigeration apparatus body and an evaporation plate , wherein the integrated refrigeration apparatus body includes a base , a housing fixed to the base and a refrigeration assembly disposed within the housing , and wherein the evaporation plate is disposed outside the housing , the evaporation plate being connected to the refrigeration assembly with at least one pipe , wherein both of the upper cover and the integrated refrigeration apparatus body are fixed at an upper part of the cabinet body , and the integrated refrigeration apparatus body is located at a side of the upper cover , characterized in that a second clamping slot is provided at a bottom of the integrated refrigeration apparatus body , and a second projection to be mated with the second clamping slot is provided at a corresponding position of the cabinet body , or in that the second projection is provided at a bottom of the integrated refrigeration apparatus body , and the second clamping slot to be mated with the second projection is provided at a corresponding position of the cabinet body . a cabinet body ; an upper cover ; and an integrated refrigeration apparatus comprising an integrated refrigeration apparatus body and an evaporation plate , wherein the integrated refrigeration apparatus body includes a base , a housing fixed to the base and a refrigeration assembly disposed within the housing , and wherein the evaporation plate is disposed outside the housing , the evaporation plate being connected to the refrigeration assembly with at least one pipe , wherein both of the upper cover and the integrated refrigeration apparatus body are fixed at an upper part of the cabinet body , and the integrated refrigeration apparatus body is located at a side of the upper cover , characterized in that a second clamping slot is provided at a bottom of the integrated refrigeration apparatus body , and a second projection to be mated with the second clamping slot is provided at a corresponding position of the cabinet body , or in that the second projection is provided at a bottom of the integrated refrigeration apparatus body , and the second clamping slot to be mated with the second projection is provided at a corresponding position of the cabinet body .
A connecting arrangement connecting a three-point linked implement to a tool-carrier , the implement comprising a cross shaft provided with lower spaced-apart connection points , the cross shaft being displaceable in the longitudinal direction of the implement and being pivotable around a vertical axis at least in a forward position, and an upper headstock portion provided with an upper connection point , characterized in that the upper headstock portion is attached to a lower headstock portion pivotable from a locked upright position in the longitudinal direction of the implement around a horizontal first pivot joint . a cross shaft provided with lower spaced-apart connection points , the cross shaft being displaceable in the longitudinal direction of the implement and being pivotable around a vertical axis at least in a forward position, and an upper headstock portion provided with an upper connection point , characterized in that the upper headstock portion is attached to a lower headstock portion pivotable from a locked upright position in the longitudinal direction of the implement around a horizontal first pivot joint .
Lens arrangement , in particular spectacle lens arrangement, comprising a base lens element , the base lens element having a first surface , the first surface having a lenticular region and an edge region , the edge region encompassing the lenticular region , the first surface having an elongate recess , the elongate recess at least partially encompassing the lenticular region , the elongate recess running adjacent to the lenticular region , the lenticular region being completely covered by a further optical element , in particular a shell or a film, characterized in that the further optical element is attached to the lenticular region by means of an adhesive portion , with the adhesive completely covering the lenticular region and the adhesive portion extending beyond the lenticular region into the elongate recess such that a formed compensation reservoir of excess applied adhesive in the elongate recess prevents air from entering a joining gap in the case of a retreat of the adhesive, for example as a consequence of shrinkage or thermal expansion.
A radio frequency RF conductive medium , the medium comprising: a diversity of conductive media forming a plurality of continuous conductive pathways (490a-490n) in a transverse electromagnetic axis , with periodically staggered RF shorts between each of the plurality of continuous conductive pathways (490a-490n); and a suspension dielectric periodically surrounding each of the plurality of continuous conductive pathways (490a-490n) in the transverse electromagnetic axis , the suspension dielectric configured to periodically insulate each of the plurality of continuous conductive pathways (490a-490n) from propagating RF energy in an axis perpendicular to the transverse electromagnetic axis, the periodic insulation provided by the suspension dielectric reducing skin effect loss of the plurality of continuous conductive pathways (490a-490n), the suspension dielectric further configured to provide mechanical support for each of the plurality of continuous conductive pathways (490a-490n). a diversity of conductive media forming a plurality of continuous conductive pathways (490a-490n) in a transverse electromagnetic axis , with periodically staggered RF shorts between each of the plurality of continuous conductive pathways (490a-490n); and a suspension dielectric periodically surrounding each of the plurality of continuous conductive pathways (490a-490n) in the transverse electromagnetic axis , the suspension dielectric configured to periodically insulate each of the plurality of continuous conductive pathways (490a-490n) from propagating RF energy in an axis perpendicular to the transverse electromagnetic axis, the periodic insulation provided by the suspension dielectric reducing skin effect loss of the plurality of continuous conductive pathways (490a-490n), the suspension dielectric further configured to provide mechanical support for each of the plurality of continuous conductive pathways (490a-490n).
An electronic cigarette atomizer, wherein the electronic cigarette atomizer comprises an outer sleeve and a suction nozzle connected with one end of the outer sleeve ; a tobacco tar cavity and an atomization core are provided in the outer sleeve ; the atomization core comprises a first ultrasonic atomization component and a second ultrasonic atomization component which are provided oppositely; a gap is provided between the first ultrasonic atomization component and the second ultrasonic atomization component; the gap communicates with the suction nozzle ; the first ultrasonic atomization component and the second ultrasonic atomization component are respectively in contact with a first tobacco tar storage body and a second tobacco tar storage body ; and both of the first tobacco tar storage body and the second tobacco tar storage body communicate with the tobacco tar cavity , wherein one surface of the first ultrasonic atomization component is a first atomization surface, one surface of the second ultrasonic atomization component is a second atomization surface, the first atomization surface and the second atomization surface are provided oppositely, and the gap communicates the first atomization surface with the second atomization surface, such that the ultrasonic atomization components eject smoke to each other in a working process, so that the large-particle smoke is absorbed and atomized again by the tobacco tar storage bodies on the atomization surfaces.
A pet travel system for transporting a pet during a trip of a vehicle in its interior cabin , the pet travel system comprising: a pet storage module having multiple module walls and a door that enclose a cavity configured to receive the pet, the pet storage module including one or more first latch members attached to one or more of the module walls ; and a closet for the interior cabin of the vehicle , the closet including closet walls defining a compartment sized to receive the pet storage module therein, the closet further including one or more second latch members attached to one or more of the closet walls , wherein each of the first latch members of the pet storage module is configured to releasably connect to a corresponding second latch member to secure the pet storage module within the closet , and the module walls of the pet storage module include a rear wall opposite the door , a bottom wall extending between the rear wall and the door, and one or more side walls extending between the rear wall and the door, the one or more side walls at least partially covered by a sound-absorbing padding . a pet storage module having multiple module walls and a door that enclose a cavity configured to receive the pet, the pet storage module including one or more first latch members attached to one or more of the module walls ; and a closet for the interior cabin of the vehicle , the closet including closet walls defining a compartment sized to receive the pet storage module therein, the closet further including one or more second latch members attached to one or more of the closet walls , wherein each of the first latch members of the pet storage module is configured to releasably connect to a corresponding second latch member to secure the pet storage module within the closet , and the module walls of the pet storage module include a rear wall opposite the door , a bottom wall extending between the rear wall and the door, and one or more side walls extending between the rear wall and the door, the one or more side walls at least partially covered by a sound-absorbing padding .
An electronic device, comprising: a camera ; a display ; and a processor configured to: obtain an image using the camera ; identify a face of a subject included in the image; determine a first brightness value for a first region of the identified face and a second brightness value for a second region of the identified face; determine position information of an external light source, based on the first brightness value and the second brightness value, wherein the position information comprises a position relationship between the subject and the external light source; and provide , based on the position information, through the display, guide information by displaying an object which guides a direction to move the face so that the face is located at a specific position with respect to the external light source, characterized in that the object includes information representing the position relationship between the subject and the external light source. a camera ; a display ; and a processor configured to: obtain an image using the camera ; identify a face of a subject included in the image; determine a first brightness value for a first region of the identified face and a second brightness value for a second region of the identified face; determine position information of an external light source, based on the first brightness value and the second brightness value, wherein the position information comprises a position relationship between the subject and the external light source; and provide , based on the position information, through the display, guide information by displaying an object which guides a direction to move the face so that the face is located at a specific position with respect to the external light source, characterized in that the object includes information representing the position relationship between the subject and the external light source. obtain an image using the camera ; identify a face of a subject included in the image; determine a first brightness value for a first region of the identified face and a second brightness value for a second region of the identified face; determine position information of an external light source, based on the first brightness value and the second brightness value, wherein the position information comprises a position relationship between the subject and the external light source; and provide , based on the position information, through the display, guide information by displaying an object which guides a direction to move the face so that the face is located at a specific position with respect to the external light source,
A seating system comprising: at least two spreaders , each spreader defining at least one restrictive channel , and each spreader comprising at least one seat back frame engaging element ; a seat back frame defining two or more spreader connection elements configured to engage a corresponding seat back frame engaging element; a diaphragm with an upper diaphragm surface and a lower diaphragm surface ; and at least two cord elements, each cord element comprising a semi-rigid cylindrical clamp to secure the upper diaphragm surface and the lower diaphragm surface together at an edge, each cord element being configured to retain an edge of the diaphragm in a corresponding restrictive channel. at least two spreaders , each spreader defining at least one restrictive channel , and each spreader comprising at least one seat back frame engaging element ; a seat back frame defining two or more spreader connection elements configured to engage a corresponding seat back frame engaging element; a diaphragm with an upper diaphragm surface and a lower diaphragm surface ; and at least two cord elements, each cord element comprising a semi-rigid cylindrical clamp to secure the upper diaphragm surface and the lower diaphragm surface together at an edge, each cord element being configured to retain an edge of the diaphragm in a corresponding restrictive channel.
A computer-implemented system for providing summary information for lifesaving activities, the system comprising: a patient monitor having an interface for receiving signals from one or more patient-connected sensors; means for generating primary and secondary indications of cardiopulmonary resuscitation on a patient, the primary indications being direct representations of data measured from the patient, and the secondary indications being derived representations generated from one or more of the primary representations; and one or more user interfaces to provide audible or visual indications of the generated secondary indications; characterized in that the system is configured to monitor physical data of a rescuer or rescuers that are indicative of fatigue during the cardiopulmonary resuscitation and, based thereon, provide feedback to cause one of a plurality of rescuers providing said cardiopulmonary resuscitation to switch places with another of the rescuers. a patient monitor having an interface for receiving signals from one or more patient-connected sensors; means for generating primary and secondary indications of cardiopulmonary resuscitation on a patient, the primary indications being direct representations of data measured from the patient, and the secondary indications being derived representations generated from one or more of the primary representations; and one or more user interfaces to provide audible or visual indications of the generated secondary indications; characterized in that the system is configured to monitor physical data of a rescuer or rescuers that are indicative of fatigue during the cardiopulmonary resuscitation and, based thereon, provide feedback to cause one of a plurality of rescuers providing said cardiopulmonary resuscitation to switch places with another of the rescuers.
Plant for the thermochemical conversion of carbonaceous feedstock, comprising: - a gasification reactor , - a unit for the purification of crude syngas, downstream of the gasification reactor, - a synthesis reactor , - a unit for the decarbonization of the syngas, downstream of the purification unit, or downstream of the synthesis reactor, and, between the purification unit and the decarbonization unit: - a first reactor , referred to as a WGS reactor, suitable for carrying out the water-gas shift reaction, - a second reactor , referred to as a RWGS reactor, fluidically in parallel with the WGS reactor, and suitable for carrying out the reverse water-gas shift reaction, the plant further comprising a water electrolysis unit suitable for producing hydrogen, the electrolysis unit being directly connected respectively upstream to the synthesis reactor and to the RWGS reactor in order to alternately supply one or the other with hydrogen produced by electrolysis. - a gasification reactor , - a unit for the purification of crude syngas, downstream of the gasification reactor, - a synthesis reactor , - a unit for the decarbonization of the syngas, downstream of the purification unit, or downstream of the synthesis reactor, - a first reactor , referred to as a WGS reactor, suitable for carrying out the water-gas shift reaction, - a second reactor , referred to as a RWGS reactor, fluidically in parallel with the WGS reactor, and suitable for carrying out the reverse water-gas shift reaction,
A negative electrode active material for an electric device, the negative electrode active material comprising: a Si-containing alloy having a composition represented by the following Chemical Formula : [Chem. 1] Si x Sn y M z A a Li b (in the above Chemical Formula , M represents one or two or more transition metal elements, A represents an inevitable impurity, and x, y, z, a, and b represent values of mass%, wherein 58 ≤ x < 100, 1.5 ≤ y < 100, 23 ≤ z < 100, 03 ≤ b ≤ 0.9, a represents the balance, and x + y + z + a + b = 100.). M represents one or two or more transition metal elements, A represents an inevitable impurity, and x, y, z, a, and b represent values of mass%, wherein 58 ≤ x < 100, 1.5 ≤ y < 100, 23 ≤ z < 100, 03 ≤ b ≤ 0.9, a represents the balance, and x + y + z + a + b = 100.).
An electrical steel sheet comprising a forsterite coating and a secondary coating on at least one surface thereof, the electrical steel strip comprising chromium in a concentration of about 1.2 wt% to about 2.0 wt%, wherein the forsterite coating comprises oxygen in a concentration greater than or equal to about 7.0 wt% at at least one point in a region defined by a depth of 2-3 μm from the surface as measured by glow discharge spectrometry, wherein the forsterite coating and the secondary coating exhibit substantially no delamination defects after a coating adherence test.
Particle comprising: - a first lipid component, which is grape seed oil; - a second lipid component, which is cocoa butter; - an ascophyllum nodosum extract in organic solvents such as lipidic solvents; - chlorella vulgaris. wherein the particle contains a core and a shell surrounding the core; wherein the first lipid component, the second lipid component and the ascophyllum nodosum extract are comprised in the core; and wherein the chlorella vulgaris is comprised in the shell. - a first lipid component, which is grape seed oil; - a second lipid component, which is cocoa butter; - an ascophyllum nodosum extract in organic solvents such as lipidic solvents; - chlorella vulgaris. wherein the particle contains a core and a shell surrounding the core; wherein the first lipid component, the second lipid component and the ascophyllum nodosum extract are comprised in the core; and wherein the chlorella vulgaris is comprised in the shell.
A method for increasing the lifetime of at least two power dies or power modules, wherein the method comprises the steps of: - sensing the temperature of the power dies or the power modules, - identifying, for each power die or power module, temperature cycles from the sensed temperatures, - determining, for each power die or power module, reliability parameters from the identified temperature cycles, - determining, for each power die or power module, reference temperatures, using the reliability parameters, - subtracting, for each power die or power module, the sensed temperature of the power die or power module from the determined reference temperature of the power die or power module, - adjusting the duration of the conducting time and/or the switching delay of at least one power die or power module according to the sign of the output of the subtracting step. - sensing the temperature of the power dies or the power modules, - identifying, for each power die or power module, temperature cycles from the sensed temperatures, - determining, for each power die or power module, reliability parameters from the identified temperature cycles, - determining, for each power die or power module, reference temperatures, using the reliability parameters, - subtracting, for each power die or power module, the sensed temperature of the power die or power module from the determined reference temperature of the power die or power module, - adjusting the duration of the conducting time and/or the switching delay of at least one power die or power module according to the sign of the output of the subtracting step.
A pressure transducer comprising: a Bourdon tube mechanism of amorphous quartz having a tube with a closed end and an open end, the open end of the tube being configured to be placed in fluid communication with a fluid and to receive the fluid into the tube, the closed end of the tube being configured to flex in response to a change in pressure in the tube; a support structure of amorphous quartz molecularly bonded to the open end of the tube of the Bourdon tube mechanism without an adhesive material; and a crystalline quartz sensor coupled between the closed end of the tube and the support structure and configured to detect a force associated with the flexing of the tube, wherein the crystalline quartz sensor is pre-tensioned or pre-compressed such that the crystalline quartz sensor is pre-stressed or pre-compressed at atmospheric pressure and remains in tension or compression for the entire operating range of the pressure transducer , wherein the crystalline quartz sensor has a longitudinal axis that is parallel with a tangent of a curving motion of the closed end of the Bourdon tube. a Bourdon tube mechanism of amorphous quartz having a tube with a closed end and an open end, the open end of the tube being configured to be placed in fluid communication with a fluid and to receive the fluid into the tube, the closed end of the tube being configured to flex in response to a change in pressure in the tube; a support structure of amorphous quartz molecularly bonded to the open end of the tube of the Bourdon tube mechanism without an adhesive material; and a crystalline quartz sensor coupled between the closed end of the tube and the support structure and configured to detect a force associated with the flexing of the tube, wherein the crystalline quartz sensor is pre-tensioned or pre-compressed such that the crystalline quartz sensor is pre-stressed or pre-compressed at atmospheric pressure and remains in tension or compression for the entire operating range of the pressure transducer , wherein the crystalline quartz sensor has a longitudinal axis that is parallel with a tangent of a curving motion of the closed end of the Bourdon tube.