mhurhangee/ep-ind-claims huggingface dataset:
A ventilation assembly comprising - a heat exchanger; - a collecting vessel; - a mist generator (21, 22); said heat exchanger comprising two sets of channels arranged adjacent to each other for heat exchange between a first and a second air stream, said first air stream is intake air and said second air stream is exhaust air, wherein each of the sets of channels (5, 6) comprise at least one transversal drainage channel for drainage of condensate, said at least one drainage channel being connected to said collecting vessel, wherein said condensate collected in said collecting vessel is converted to an aerosol by said mist generator (21, 22) and - means for introducing said aerosol into the intake air stream under conditions of dry inlet air. - a heat exchanger; - a collecting vessel; - a mist generator (21, 22); said heat exchanger comprising two sets of channels arranged adjacent to each other for heat exchange between a first and a second air stream, said first air stream is intake air and said second air stream is exhaust air, wherein each of the sets of channels (5, 6) comprise at least one transversal drainage channel for drainage of condensate, said at least one drainage channel being connected to said collecting vessel, wherein said condensate collected in said collecting vessel is converted to an aerosol by said mist generator (21, 22) and - means for introducing said aerosol into the intake air stream under conditions of dry inlet air.
A steam trap unit comprising: a steam trap; a connection block having an entrance-side pipe connection port and an exit-side pipe connection port which are open in opposite directions from each other; a sensor for detecting one or more physical quantities, wherein the steam trap unit comprises an opening/closing valve which is arranged separately from the steam trap and configured to open/close a channel to the steam trap; the steam trap is connected to the connection block in such a manner that the steam trap is communicated to the entrance-side connection port and the exit-side connection port via an entrance-side inner channel and an exit-side inner channel formed in this connection block; the opening/closing valve is provided in the connection block in such a manner to be able to open/close the entrance-side inner channel formed in the connection block; and the sensor is provided in the connection block on an upstream side of the steam trap. a steam trap; a connection block having an entrance-side pipe connection port and an exit-side pipe connection port which are open in opposite directions from each other; a sensor for detecting one or more physical quantities, wherein the steam trap unit comprises an opening/closing valve which is arranged separately from the steam trap and configured to open/close a channel to the steam trap; the steam trap is connected to the connection block in such a manner that the steam trap is communicated to the entrance-side connection port and the exit-side connection port via an entrance-side inner channel and an exit-side inner channel formed in this connection block; the opening/closing valve is provided in the connection block in such a manner to be able to open/close the entrance-side inner channel formed in the connection block; and the sensor is provided in the connection block on an upstream side of the steam trap.
A culture apparatus, comprising: an inner box comprising an inner wall surface facing a culture space; a duct that comprises an attachment surface facing an attachment target portion of the inner wall surface, wherein, in the duct, the attachment surface is bent in a width direction, and the attachment surface is inclined with respect to the attachment target portion of the inner wall surface of the inner box to which the attachment surface is attached, the duct and the inner wall surface forming a passage for air in between; and a light source for sterilization that is disposed in the passage, wherein a protrusion protruding toward the attachment surface and making close contact with the attachment surface is formed on the attachment target portion, or a protrusion protruding toward the attachment target portion and making close contact with the attachment target portion is formed on the attachment surface, wherein the attachment surface is inclined to be closer to the attachment target portion toward a leading end, the attachment surface is fixed to the inner box by a bolt, in a state of being attached to the inner box by the bolt, the leading end of the attachment surface is pressed against the attachment target portion, and the protrusion is a protruding strip extending in a first direction in which a duct extends. an inner box comprising an inner wall surface facing a culture space; a duct that comprises an attachment surface facing an attachment target portion of the inner wall surface, wherein, in the duct, the attachment surface is bent in a width direction, and the attachment surface is inclined with respect to the attachment target portion of the inner wall surface of the inner box to which the attachment surface is attached, the duct and the inner wall surface forming a passage for air in between; and a light source for sterilization that is disposed in the passage, wherein a protrusion protruding toward the attachment surface and making close contact with the attachment surface is formed on the attachment target portion, or a protrusion protruding toward the attachment target portion and making close contact with the attachment target portion is formed on the attachment surface, wherein the attachment surface is inclined to be closer to the attachment target portion toward a leading end, the attachment surface is fixed to the inner box by a bolt, in a state of being attached to the inner box by the bolt, the leading end of the attachment surface is pressed against the attachment target portion, and the protrusion is a protruding strip extending in a first direction in which a duct extends.
Toolholder for use with a cutting element in a cutting process, wherein the toolholder comprises: - a front end; - a rear end; and - a longitudinal axis extending from the front end to the rear end, wherein the toolholder further comprising: - a cutting portion at the front end; and - a mounting portion at the rear end; wherein the cutting portion comprises at least one cutting element interface for receiving a cutting element and wherein the mounting portion comprises a coupling interface adapted to be coupled to a connecting tool unit; wherein the toolholder further comprises at least one sensor for detecting an environmental condition; characterized in that the toolholder comprises a control unit operatively connected to the at least one sensor, wherein the control unit comprises: - a crossbar array of resistive memory devices, and - a power source operatively connected to the crossbar array, wherein the crossbar array comprises a neural network stored thereon, and wherein the neural network is adapted to determine a condition of the cutting element or of the cutting process based on the environmental condition detected by the at least one sensor. - a front end; - a rear end; and - a longitudinal axis extending from the front end to the rear end, wherein the toolholder further comprising: - a cutting portion at the front end; and - a mounting portion at the rear end; wherein - a cutting portion at the front end; and - a mounting portion at the rear end; wherein the cutting portion comprises at least one cutting element interface for receiving a cutting element and wherein the mounting portion comprises a coupling interface adapted to be coupled to a connecting tool unit; wherein the toolholder further comprises at least one sensor for detecting an environmental condition; characterized in that the toolholder comprises a control unit operatively connected to the at least one sensor, wherein the control unit comprises: - a crossbar array of resistive memory devices, and - a power source operatively connected to the crossbar array, wherein the crossbar array comprises a neural network stored thereon, and wherein the neural network is adapted to determine a condition of the cutting element or of the cutting process based on the environmental condition detected by the at least one sensor. - a crossbar array of resistive memory devices, and - a power source operatively connected to the crossbar array, wherein the crossbar array comprises a neural network stored thereon, and wherein the neural network is adapted to determine a condition of the cutting element or of the cutting process based on the environmental condition detected by the at least one sensor.
A non-aqueous composition comprising: a) a branched nonionic surfactant of Formula wherein x is a real number from 4 to 6, y is 3, 6 or 9, R 1 is an alkyl group having 1 to 3 carbon atoms, R 2 is an alkyl group having 4 to 6 carbon atoms; and b) a linear primary alcohol ethoxylate of Formula wherein R 4 has ten to sixteen (C 10-16) carbon atoms and z is 3, 5, 7 or 9. a) a branched nonionic surfactant of Formula wherein x is a real number from 4 to 6, y is 3, 6 or 9, R 1 is an alkyl group having 1 to 3 carbon atoms, R 2 is an alkyl group having 4 to 6 carbon atoms; and b) a linear primary alcohol ethoxylate of Formula wherein R 4 has ten to sixteen (C 10-16) carbon atoms and z is 3, 5, 7 or 9.
A chair for reducing a load on the buttocks and the waist, a chair comprising a seat and a backrest and further comprising a spacer protruding upward from the rear end of the seat, wherein the bottom of the backrest is provided on the top of the spacer so as to be tiltable rearward, a rotation shaft formed on the bottom of the backrest, wherein the spacer is rotatably provided on the rotation shaft, wherein a shaft hole is formed in the spacer, and the rotation shaft is rotatably provided in the shaft hole so that the backrest is rotatable on the spacer, and a point at which the angle of the backrest is adjusted with respect to the spacer corresponds to a point at which the lumbar of a user body sitting on the seat is curved inward. further comprising a spacer protruding upward from the rear end of the seat, wherein the bottom of the backrest is provided on the top of the spacer so as to be tiltable rearward, a rotation shaft formed on the bottom of the backrest, wherein the spacer is rotatably provided on the rotation shaft, wherein a shaft hole is formed in the spacer, and the rotation shaft is rotatably provided in the shaft hole so that the backrest is rotatable on the spacer, and a point at which the angle of the backrest is adjusted with respect to the spacer corresponds to a point at which the lumbar of a user body sitting on the seat is curved inward.
Heat exchanger for transferring heat from a heat source to a fluid flowing in a first channel, the heat exchanger comprising an inner wall made of heat conducting material, surrounding the heat source, being thermally connected with the heat source and of which the outer surface has the shape of a surface of revolution, an outer wall concentric relative to the inner wall, wherein the distance between both walls (2, 4) is substantially constant and both walls enclose an open space, wherein a first conduit comprising the first channel extends in the open space and the first conduit is in thermal contact with the inner wall, wherein the at least one conduit is formed by a tube characterized in that the at least one tube has been clamped between the inner and outer walls (2, 4), and that said at least one tube has been deformed by subjecting the inner side of the tube to a pressure sufficiently high to cause such a permanent deforming of the tube and that the tube is clamped between the inner and outer walls (2, 4).
A method of wireless communication performed by a base station, BS for a factory automation system, comprising: receiving channel state information, CSI from a user equipment, UE, wherein the CSI indicates that an amount of resources of a semi-persistent scheduling, SPS grant does not satisfy a threshold reliability associated with a first communication of a traffic window scheduled for a UE using SPS; determining based at least in part on the received CSI from the UE that the SPS grant is not sufficient for the first communication of the traffic window scheduled for a UE using SPS; and transmitting in response to the determination, an indicator indicating that an on-demand grant is appended to the SPS grant for the first communication of the traffic window scheduled for the, UE using SPS, wherein the on-demand grant is in a same subframe as the SPS grant. receiving channel state information, CSI from a user equipment, UE, wherein the CSI indicates that an amount of resources of a semi-persistent scheduling, SPS grant does not satisfy a threshold reliability associated with a first communication of a traffic window scheduled for a UE using SPS; determining based at least in part on the received CSI from the UE that the SPS grant is not sufficient for the first communication of the traffic window scheduled for a UE using SPS; and transmitting in response to the determination, an indicator indicating that an on-demand grant is appended to the SPS grant for the first communication of the traffic window scheduled for the, UE using SPS, wherein the on-demand grant is in a same subframe as the SPS grant.
A method of deploying countermeasures against scripts, which scripts interfere with the integrity of information resources by calculating a hash value of bit streams of content elements on the information resource to generate an element identifier for each content element, the method comprising: identifying, by a data processing system having one or more processors, a first content element on an information resource previously transmitted to a client device, the first content element having a first bit stream; determining, by the data processing system, an interference to a rendering of the first content element on the information resource; generating, by the data processing system responsive to determining the interference to the rendering of the first content element on the information resource, a second content element for a subsequent information resource based on the first content element, the second content element having a second bit stream different from the first bit stream wherein generating the second content element further comprises modifying a visual characteristic of the first content element to generate the second content element to cause a change from the first bit stream to the second bit stream; and transmitting, by the data processing system, to the client device, the subsequent information resource including the second content element. identifying, by a data processing system having one or more processors, a first content element on an information resource previously transmitted to a client device, the first content element having a first bit stream; determining, by the data processing system, an interference to a rendering of the first content element on the information resource; generating, by the data processing system responsive to determining the interference to the rendering of the first content element on the information resource, a second content element for a subsequent information resource based on the first content element, the second content element having a second bit stream different from the first bit stream wherein generating the second content element further comprises modifying a visual characteristic of the first content element to generate the second content element to cause a change from the first bit stream to the second bit stream; and transmitting, by the data processing system, to the client device, the subsequent information resource including the second content element.
A molten metal pump assembly configured to fill an associated mold with molten metal, the assembly comprising: a pump having an elongated shaft connecting a motor to an impeller, the impeller being housed within a chamber of a base member such that rotation of the impeller configured to draw molten metal into the chamber via an inlet and forces molten metal through an outlet of the chamber and into a riser assembly, a frame (200, 210, 212) configured to receive the pump, the frame being mounted to an associated furnace apparatus, said frame suspending the pump such that the base member can be disposed in molten metal residing in said furnace apparatus, and wherein said frame includes a mechanism for selectively raising and lowering said pump into engagement and disengagement with said mold, and wherein said mechanism comprises a lever arm and said lever arm is configured to orient said pump in a raised position wherein the pump engages the mold and lowers the pump in response to an excessive hydraulic, pneumatic, or mechanical force supplied by a furnace lifting apparatus. a pump having an elongated shaft connecting a motor to an impeller, the impeller being housed within a chamber of a base member such that rotation of the impeller configured to draw molten metal into the chamber via an inlet and forces molten metal through an outlet of the chamber and into a riser assembly, a frame (200, 210, 212) configured to receive the pump, the frame being mounted to an associated furnace apparatus, said frame suspending the pump such that the base member can be disposed in molten metal residing in said furnace apparatus, and wherein said frame includes a mechanism for selectively raising and lowering said pump into engagement and disengagement with said mold, and wherein said mechanism comprises a lever arm and said lever arm is configured to orient said pump in a raised position wherein the pump engages the mold and lowers the pump in response to an excessive hydraulic, pneumatic, or mechanical force supplied by a furnace lifting apparatus.
A method for digitally designing a denture for a patient, where the denture comprises a plurality of denture teeth, where designing the denture comprises transforming, such as relocating, repositioning and/or rotating, denture teeth of the denture, and where the denture teeth are grouped in at least two blocks where each block comprises at least two denture teeth, wherein the method comprises: - obtaining a 3D scan of the upper jaw and lower jaw of the patient; - obtaining a digital 3D arrangement of the denture teeth, where the denture teeth are pre-set in occlusion; - digitally arranging the 3D scan of the upper jaw and lower jaw relative to the 3D arrangement of the denture teeth; - digitally transforming at least one denture tooth based on input from a user; where at least one design rule is enforced that affect one or more, but not all of the blocks, when the at least one denture tooth is transformed; wherein the at least one design rule is selected from a group of dependent design rules comprising: - maintain distance between at least one tooth from one block and at least one tooth from another block, - maintain relative position of at least one tooth from one block with respect to a reference plane or reference line and the relative position of at least one tooth from another block with respect to the reference plane or reference line; wherein the reference plane is the midplane or midline. - obtaining a 3D scan of the upper jaw and lower jaw of the patient; - obtaining a digital 3D arrangement of the denture teeth, where the denture teeth are pre-set in occlusion; - digitally arranging the 3D scan of the upper jaw and lower jaw relative to the 3D arrangement of the denture teeth; - digitally transforming at least one denture tooth based on input from a user; where at least one design rule is enforced that affect one or more, but not all of the blocks, when the at least one denture tooth is transformed; - maintain distance between at least one tooth from one block and at least one tooth from another block, - maintain relative position of at least one tooth from one block with respect to a reference plane or reference line and the relative position of at least one tooth from another block with respect to the reference plane or reference line;
System for dissipation of heat produced by an electronic system, in particular by an electronic equipment item in an aircraft, comprising a housing that includes an external lid covering said electronic system and configured to be in contact with a first cold source, and a second cold source located inside said external lid, said housing including an internal lid located inside said external lid and covering said electronic system, said second cold source being located between the internal and external lids.
A biocompatible phase invertable composition that goes from a first fluid state to a second non-fluid state, wherein said biocompatible phase invertable composition is produced by combining: (a) a fluid substrate comprising a proteinaceous material and an adhesion modifier, and (b) a heat stabilized glutaraldehyde crosslinking agent. (a) a fluid substrate comprising a proteinaceous material and an adhesion modifier, and (b) a heat stabilized glutaraldehyde crosslinking agent.
An anti-EphA3 antibody that binds to EphA3 with a monovalent K D of less than 10 nM as determined by surface plasmon resonance performed at 37°C, wherein the antibody comprises: (a) a V H region that has (i) a CDR1 sequence GYWMN, a CDR2 sequence DIYPGSGNTNYDEKFQG, and a CDR3 sequence GGYYEDFDS; (ii) a V-segment sequence having at least 90% identity to a human VH1 1-02 germline V-segment amino acid sequence or at least 90% identity to the V-segment of SEQ ID NO:5; and (iii) an FR4 sequence that differs by no more than one amino acid from WGQGTTVTVSS; and (b) a V L region that has (i) a CDR1 sequence RASQGIISYLA, a CDR2 sequence AASSLQS, and a CDR3 sequence GQYANYPYT; (ii) a V-segment having at least 90% identity to a human germline VκI L15 segment amino acid sequence or at least 90% identity to the V-segment of SEQ ID NO:13; and (iii) an FR4 sequence that differs by no more than one amino acid from FGQGKLEIK. (a) a V H region that has (i) a CDR1 sequence GYWMN, a CDR2 sequence DIYPGSGNTNYDEKFQG, and a CDR3 sequence GGYYEDFDS; (ii) a V-segment sequence having at least 90% identity to a human VH1 1-02 germline V-segment amino acid sequence or at least 90% identity to the V-segment of SEQ ID NO:5; and (iii) an FR4 sequence that differs by no more than one amino acid from WGQGTTVTVSS; and (i) a CDR1 sequence GYWMN, a CDR2 sequence DIYPGSGNTNYDEKFQG, and a CDR3 sequence GGYYEDFDS; (ii) a V-segment sequence having at least 90% identity to a human VH1 1-02 germline V-segment amino acid sequence or at least 90% identity to the V-segment of SEQ ID NO:5; and (iii) an FR4 sequence that differs by no more than one amino acid from WGQGTTVTVSS; and (b) a V L region that has (i) a CDR1 sequence RASQGIISYLA, a CDR2 sequence AASSLQS, and a CDR3 sequence GQYANYPYT; (ii) a V-segment having at least 90% identity to a human germline VκI L15 segment amino acid sequence or at least 90% identity to the V-segment of SEQ ID NO:13; and (iii) an FR4 sequence that differs by no more than one amino acid from FGQGKLEIK. (i) a CDR1 sequence RASQGIISYLA, a CDR2 sequence AASSLQS, and a CDR3 sequence GQYANYPYT; (ii) a V-segment having at least 90% identity to a human germline VκI L15 segment amino acid sequence or at least 90% identity to the V-segment of SEQ ID NO:13; and (iii) an FR4 sequence that differs by no more than one amino acid from FGQGKLEIK.