mhurhangee/patent-ind-claim-en huggingface dataset:
A method comprising: requesting, by a processor of a first entity , weather data corresponding to a region of interest from a second entity ; receiving, by the processor of the first entity , the weather data from the second entity , wherein the second entity only transmits the weather data to the first entity in response to receiving a request for the weather data from the first entity , wherein the first entity comprises a ground station, a first aircraft, or another vehicle, wherein the second entity comprises a second aircraft, and wherein the method further comprises: receiving, by the processor of the first entity and from a third entity that comprises an air-based system, a ground-based system, or a water-based system, a request for the weather data for the region of interest; and transmitting, by the processor of the first entity , in response to the request from the third entity , the weather data received from the second entity to the third entity , characterized in that the processor is further configured to combine the weather data received from the second entity with weather data determined from a source other than the second entity and transmit the combined weather data to the third entity . requesting, by a processor of a first entity , weather data corresponding to a region of interest from a second entity ; receiving, by the processor of the first entity , the weather data from the second entity , wherein the second entity only transmits the weather data to the first entity in response to receiving a request for the weather data from the first entity , wherein the first entity comprises a ground station, a first aircraft, or another vehicle, wherein the second entity comprises a second aircraft, and wherein the method further comprises: receiving, by the processor of the first entity and from a third entity that comprises an air-based system, a ground-based system, or a water-based system, a request for the weather data for the region of interest; and transmitting, by the processor of the first entity , in response to the request from the third entity , the weather data received from the second entity to the third entity , characterized in that the processor is further configured to combine the weather data received from the second entity with weather data determined from a source other than the second entity and transmit the combined weather data to the third entity . receiving, by the processor of the first entity and from a third entity that comprises an air-based system, a ground-based system, or a water-based system, a request for the weather data for the region of interest; and transmitting, by the processor of the first entity , in response to the request from the third entity , the weather data received from the second entity to the third entity , characterized in that the processor is further configured to combine the weather data received from the second entity with weather data determined from a source other than the second entity and transmit the combined weather data to the third entity .
A handling system for transport units (10; 100) of live poultry in a slaughterhouse, wherein the transport units (10; 100) each include a supporting frame for at least one stack of drawer-like cages superimposed and slidably extractable along horizontal guides through an extraction side (A; B) of said supporting frame , the system comprising an inlet station of said transport units (10; 100), at least one transfer line arranged transversally to the inlet station for receiving the drawer-like cages extracted from the supporting frames , and an extraction device of the drawer-like cages , located, with respect to the inlet station , on the opposite side of said transfer line and designed to extract said drawer-like cages from the transport units (10; 100) by pushing them through said extraction side (A; B) of the respective supporting frames , wherein between said inlet station and said transfer line a rigid receiving structure of the stacks of drawer-like cages is interposed, which is equipped with supports arranged as said horizontal guides of the supporting frames , said rigid receiving structure being vertically displaceable between a position of receipt of the extracted stacks of drawer-like cages and a depositing position of the drawer-like cages onto said transfer line , characterized in that said extraction device is configured to simultaneously extract two stacks of superimposed drawer-like cages from two respective transport units (10; 100) arranged in a side-by-side condition, transversally to said transfer line , and in that said rigid receiving structure is designed for simultaneous receipt of the two extracted stacks of drawer-like cages and for separate depositing of the drawer-like cages of each stack.
Use of a surface treatment liquid for making a base material comprising polyorganosiloxane on at least a part of a surface thereof hydrophilic, the surface treatment liquid comprising (A) resin and a (B) solvent, wherein a ratio of a structural unit having an anionic group to total structural units of the (A) resin is 5 mol% or less, the (A) resin comprises a functional group I that is a hydroxyl group and/or a cyano group, and a functional group II that is a hydrophilic group other than the functional group I, wherein when the functional group II comprises a hydroxyl group and/or a cyano group, the (A) resin optionally comprises the functional group I, and the (A) resin has a cationic group comprising an anion moiety and a cation moiety that can be bonded to the (A) resin. the surface treatment liquid comprising (A) resin and a (B) solvent, wherein a ratio of a structural unit having an anionic group to total structural units of the (A) resin is 5 mol% or less, the (A) resin comprises a functional group I that is a hydroxyl group and/or a cyano group, and a functional group II that is a hydrophilic group other than the functional group I, wherein when the functional group II comprises a hydroxyl group and/or a cyano group, the (A) resin optionally comprises the functional group I, and the (A) resin has a cationic group comprising an anion moiety and a cation moiety that can be bonded to the (A) resin.
A vending refrigerator , comprising: a control compartment , comprising a processor configured to manage the vending refrigerator ; a first dispensing shelf communicatively connected with said control compartment ; a plurality of first product dispensers removably positioned on said first dispensing shelf and communicatively connected with the first dispensing shelf or control compartment , each said first product dispenser comprising a vertical housing holding a plurality of product units of a first product and a first dispensing drawer configured for horizontal movement out of said housing to dispense said first product, wherein each said first product dispenser is configured to sequentially dispense a single one of said product units upon each horizontal extension of said dispensing drawer from a closed position to an open position, and wherein said first product dispenser is further configured to prevent replacement of the first product back into the product dispenser through the dispensing drawer; a second dispensing shelf communicatively connected with the control compartment ; and a second product dispenser on said second dispensing shelf and communicatively connected with said dispensing shelf or control compartment , comprising a storage compartment for a second product and a second dispensing drawer to dispense said second product, wherein said second product dispenser prevents replacement of the second product back into the product dispenser through the dispensing drawer. a control compartment , comprising a processor configured to manage the vending refrigerator ; a first dispensing shelf communicatively connected with said control compartment ; a plurality of first product dispensers removably positioned on said first dispensing shelf and communicatively connected with the first dispensing shelf or control compartment , each said first product dispenser comprising a vertical housing holding a plurality of product units of a first product and a first dispensing drawer configured for horizontal movement out of said housing to dispense said first product, wherein each said first product dispenser is configured to sequentially dispense a single one of said product units upon each horizontal extension of said dispensing drawer from a closed position to an open position, and wherein said first product dispenser is further configured to prevent replacement of the first product back into the product dispenser through the dispensing drawer; a second dispensing shelf communicatively connected with the control compartment ; and a second product dispenser on said second dispensing shelf and communicatively connected with said dispensing shelf or control compartment , comprising a storage compartment for a second product and a second dispensing drawer to dispense said second product, wherein said second product dispenser prevents replacement of the second product back into the product dispenser through the dispensing drawer.
Timepiece comprising: - a watch case comprising a middle provided with an opening through a sidewall of the latter; - a movement housed inside said case ; - a control stem that is placed in said opening and is connected to said movement, said stem being arranged such that it can be moved in rotation and in translation according to its principal axis; - a crown located outside said case and mounted on said stem ; in which said crown and said middle each comprise complementary blocking elements that are arranged so as to nest one inside the other in order to block said crown rotationally in a pushed-in axial position of said stem and to free the crown rotationally in at least one pulled-out axial position of said stem , characterized in that said crown comprises a cap mounted conjoined in rotation with said stem , said cap being secured to said stem by means of a spring . - a watch case comprising a middle provided with an opening through a sidewall of the latter; - a movement housed inside said case ; - a control stem that is placed in said opening and is connected to said movement, said stem being arranged such that it can be moved in rotation and in translation according to its principal axis; - a crown located outside said case and mounted on said stem ; in which said crown and said middle each comprise complementary blocking elements that are arranged so as to nest one inside the other in order to block said crown rotationally in a pushed-in axial position of said stem and to free the crown rotationally in at least one pulled-out axial position of said stem , characterized in that said crown comprises a cap mounted conjoined in rotation with said stem , said cap being secured to said stem by means of a spring .
Injector test device having a fluid pump which is designed to convey a test oil; a motor which is mechanically connected to the fluid pump and is designed to drive the fluid pump ; at least one injector holder which is designed to receive at least one injector for testing; and a rail which is designed to receive the test oil conveyed by the fluid pump and to establish a fluidic connection to at least one injector for testing; wherein the rail is mounted so as to be pivotable relative to the at least one injector holder , characterized in that the fluid pump and the motor are mounted so as to be pivotable jointly with the rail .
A heating control method for a battery structure, characterized in that , comprising steps as follows: S10, detecting a temperature value T of the battery structure; S20, judging whether the temperature value T meets a first heating condition, and if the temperature value T meets the first heating condition, going to step S30; S30, controlling a positive electrode terminal of the battery structure to be connected with a negative electrode terminal of the battery structure to form a short circuit, so as to heat the battery structure using heat generated by a short circuit current; S35, detecting a voltage value V of the battery structure when the positive electrode terminal is connected with the negative electrode terminal to form a short circuit; S40, judging whether the temperature value T meets a second heating condition, and if the temperature value T meets the second heating condition, going to step S50; and S50, using an external heating device to heat the battery structure. S10, detecting a temperature value T of the battery structure; S20, judging whether the temperature value T meets a first heating condition, and if the temperature value T meets the first heating condition, going to step S30; S30, controlling a positive electrode terminal of the battery structure to be connected with a negative electrode terminal of the battery structure to form a short circuit, so as to heat the battery structure using heat generated by a short circuit current; S35, detecting a voltage value V of the battery structure when the positive electrode terminal is connected with the negative electrode terminal to form a short circuit; S40, judging whether the temperature value T meets a second heating condition, and if the temperature value T meets the second heating condition, going to step S50; and S50, using an external heating device to heat the battery structure.
Method for transferring sample tubes between a laboratory automation system and a sample archiving system, wherein - for transferring a sample tube from the laboratory automation system to the sample archiving system , a sample tube carrier carrying at least one sample tube is conveyed to a first take-over module via a first conveyor line , at the first take-over module the at least one sample tube is removed from the sample tube carrier and the at least one sample tube is transferred to the sample archiving system , and the empty sample tube carrier is conveyed away from the first take-over module via a second conveyor line , characterized in that - for transferring a sample tube from the sample archiving system to the laboratory automation system , an empty sample tube carrier is conveyed to a second take-over module via a third conveyor line , at the second take-over module at least one sample tube taken from the sample archiving system is inserted into the sample tube carrier , and the sample tube carrier carrying the at least one sample tube is conveyed away from the second take-over module via a fourth conveyor line , wherein the conveyor lines are operable independently, and further characterized in that in case of an irregularity of the sample archiving system , sample tube carriers carrying at least one sample tube are transferred from the first conveyor line to the fourth conveyor line . - for transferring a sample tube from the laboratory automation system to the sample archiving system , a sample tube carrier carrying at least one sample tube is conveyed to a first take-over module via a first conveyor line , at the first take-over module the at least one sample tube is removed from the sample tube carrier and the at least one sample tube is transferred to the sample archiving system , and the empty sample tube carrier is conveyed away from the first take-over module via a second conveyor line , characterized in that - for transferring a sample tube from the sample archiving system to the laboratory automation system , an empty sample tube carrier is conveyed to a second take-over module via a third conveyor line , at the second take-over module at least one sample tube taken from the sample archiving system is inserted into the sample tube carrier , and the sample tube carrier carrying the at least one sample tube is conveyed away from the second take-over module via a fourth conveyor line ,
Nose slit cloth configured for covering an opening in a treatment bed , characterised in that this has a T-shaped slit having a linear longitudinal slit segment , which opens at an edge of the nose slit cloth , and a linearly formed transverse slit segment , which is connected with the longitudinal slit segment and extends transversely thereto and the longitudinal axis of which runs perpendicularly to the longitudinal axis of the longitudinal slit segment, the nose slit cloth is impregnated with aromatics, and in the folded-up state of the nose slit cloth the cloth segments adjoining the longitudinal slit segment fold up uniformly due to the T-shaped slit structure.
A processor-implemented method for presenting instant messaging contacts of a first device, the method comprising: receiving selection of a set location that is different from a location of the first device; requesting the location of each of a plurality of second devices, each second device associated with an instant messaging contact of the first device ; receiving the location of each of the plurality of second devices; determining a pairwise proximity between the received location of each of the plurality of second devices and the set location ; and presenting a list of instant messaging contacts associated with the plurality of second devices in order of the determined pairwise proximity. receiving selection of a set location that is different from a location of the first device; requesting the location of each of a plurality of second devices, each second device associated with an instant messaging contact of the first device ; receiving the location of each of the plurality of second devices; determining a pairwise proximity between the received location of each of the plurality of second devices and the set location ; and presenting a list of instant messaging contacts associated with the plurality of second devices in order of the determined pairwise proximity.
A modular, acoustic amplification apparatus , comprising: - a first module , including a first casing and an acoustic amplifier positioned inside the first casing , wherein the first casing has the shape of a parallelepiped having a first base and a first height (H1), wherein the first base has a first long side and a first short side; - a second module including a second casing and a power supply or an accumulator positioned inside the second casing , wherein the second casing has the shape of a parallelepiped having a second base and a second height (H2), wherein the second base has a second long side and a second short side; - a fastening enclosure , wherein the first casing and the second casing include respective fastening portions which can be placed at a position where they are aligned with each other to allow connecting the first module to the second module , wherein the length of the second long side (L2) of the second casing is equal to the length of the first short side (C1) of the first casing , and wherein the first module and the second module include respective electrical connectors , configured to allow electrically connecting the first module and the second module to each other, wherein at least one electrical connector of the first module is located along the first short side and an electrical connector of the second module is located along the second long side, and wherein the dimensions of the first module and of the second module are selected to allow the first module and the second module to be installed in standard size racks, when assembled with the fastening enclosure. - a first module , including a first casing and an acoustic amplifier positioned inside the first casing , wherein the first casing has the shape of a parallelepiped having a first base and a first height (H1), wherein the first base has a first long side and a first short side; - a second module including a second casing and a power supply or an accumulator positioned inside the second casing , wherein the second casing has the shape of a parallelepiped having a second base and a second height (H2), wherein the second base has a second long side and a second short side; - a fastening enclosure , wherein the first casing and the second casing include respective fastening portions which can be placed at a position where they are aligned with each other to allow connecting the first module to the second module , wherein the length of the second long side (L2) of the second casing is equal to the length of the first short side (C1) of the first casing , and wherein the first module and the second module include respective electrical connectors , configured to allow electrically connecting the first module and the second module to each other, wherein at least one electrical connector of the first module is located along the first short side and an electrical connector of the second module is located along the second long side, and wherein the dimensions of the first module and of the second module are selected to allow the first module and the second module to be installed in standard size racks, when assembled with the fastening enclosure.
A floor mop , comprising: a handle ; a shaft coupled to the handle ; and a mop plate; characterized in that the floor mop further comprises: a multidirectional joint coupled to the shaft opposite the handle ; and the mop plate is coupled to the multidirectional joint , the mop plate having an upper plate , a lower plate substantially parallel to the upper plate , lateral faces extending between the upper and lower plate , and at least one internal web extending between the upper and lower plates , the upper plate including an upper surface , the lower plate including a lower surface , wherein the upper plate , the lower plate , the lateral faces and the at least one internal web are unitarily formed; and wherein the mop plate and the multidirectional joint include complementary coupling structures . a multidirectional joint coupled to the shaft opposite the handle ; and the mop plate is coupled to the multidirectional joint , the mop plate having an upper plate , a lower plate substantially parallel to the upper plate , lateral faces extending between the upper and lower plate , and at least one internal web extending between the upper and lower plates , the upper plate including an upper surface , the lower plate including a lower surface , wherein the upper plate , the lower plate , the lateral faces and the at least one internal web are unitarily formed; and wherein the mop plate and the multidirectional joint include complementary coupling structures .
A secondary battery , having a sealed structure such that an electrode assembly of a plurality of positive electrode plate/separator/negative electrode plate is embedded in a pouch case and a plurality of electrode tabs of the electrode assembly is joined to an electrode lead which juts out from the pouch case , the plurality of electrode tabs is formed to jut out from the electrode plate of the electrode assembly , the plurality of electrode tabs is welded to a side surface perpendicular to a surface-wise direction of the secondary battery on the electrode lead arranged parallel to the surface-wise direction of the secondary battery , to form a welded part in a thickness-wise direction of the electrode lead between the electrode lead and the plurality of electrode tabs , the welded part has a width in a length-wise direction of the electrode lead that is less than or equal to 1 mm, characterized in that the electrode lead is a thin plate-shaped metal with no bent part, and a thickness of the electrode lead is thicker than the sum of thicknesses of the plurality of electrode tabs . the plurality of electrode tabs is formed to jut out from the electrode plate of the electrode assembly , the plurality of electrode tabs is welded to a side surface perpendicular to a surface-wise direction of the secondary battery on the electrode lead arranged parallel to the surface-wise direction of the secondary battery , to form a welded part in a thickness-wise direction of the electrode lead between the electrode lead and the plurality of electrode tabs , the welded part has a width in a length-wise direction of the electrode lead that is less than or equal to 1 mm, characterized in that the electrode lead is a thin plate-shaped metal with no bent part, and a thickness of the electrode lead is thicker than the sum of thicknesses of the plurality of electrode tabs .