mhurhangee/ep-ind-claims huggingface dataset:
The electrical device having heating function especially for heating liquids comprising; - at least one main body, - at least one housing which is accessible through an opening that is at least partially present at preferably the lateral part of the main body, which is suitable for at least one cooking chamber to be placed inside, characterized by - the housing which has at least one pin hole suitable for a pin to be placed inside, - at least one latch having at least one sensing part and at least one driving part which are connected to each other with an angle, and at least one bearing which is preferably located at the region where the sensing part and the driving part connect to each other, which is suitable for a pin to be placed inside, and form a rotation axis, which is suitable to be rotated such that it enters at least partially inside an inner volume of a cooking chamber as a result of a force exerted on it, - at least one pin which enters the pin hole that is present on the housing, and which forms a rotation axis for the latch, - at least one spring which enables the latch to return to a predefined position once an external force acting on the latch is removed - at least one sensing means which is present at the sensing part of the latch. - at least one main body, - at least one housing which is accessible through an opening that is at least partially present at preferably the lateral part of the main body, which is suitable for at least one cooking chamber to be placed inside, characterized by - the housing which has at least one pin hole suitable for a pin to be placed inside, - at least one latch having at least one sensing part and at least one driving part which are connected to each other with an angle, and at least one bearing which is preferably located at the region where the sensing part and the driving part connect to each other, which is suitable for a pin to be placed inside, and form a rotation axis, which is suitable to be rotated such that it enters at least partially inside an inner volume of a cooking chamber as a result of a force exerted on it, - at least one pin which enters the pin hole that is present on the housing, and which forms a rotation axis for the latch, - at least one spring which enables the latch to return to a predefined position once an external force acting on the latch is removed - at least one sensing means which is present at the sensing part of the latch.
A process for preparing anisotropic metal nanoparticles comprising the step of reducing a metal cation to oxidation state zero in the presence of an atomic quantum cluster, the AQC consisting of a material formed exclusively by zero-oxidation-state metal atoms with less than 200 metal atoms and with a size of less than 2 nm, and a solvent.
A three-dimensional laser line scan imaging system having a field of view, FOV, comprising: a pulsed laser transmitter to illuminate the FOV; a rotatable optical scanner comprising: a single four-facet pyramidal mirror to reflect laser pulses transmitted by the pulsed laser transmitter to a target in the FOV and to reflect signal return in the form of an incoming optical return ray bundle from the target in the FOV; a rotating housing with four optical ports, one for each facet of the four-facet pyramidal mirror, wherein the single four-facet pyramidal mirror is in the rotating housing, and wherein each facet and each port supports separate and non-overlapping optical paths for both an outgoing transit beam and the incoming optical return ray bundle; and an aperture slit plate, the slit plate having four elongated pinholes, one at each mirror facet local plane; wherein the pyramidal mirror, the rotating housing, and the aperture slit plate all rotate together; and a photo-multiplier-tube, PMT, based detector to detect the signal return and generate a PMT output; and a processor and memory configured to process the PMT output. a pulsed laser transmitter to illuminate the FOV; a rotatable optical scanner comprising: a single four-facet pyramidal mirror to reflect laser pulses transmitted by the pulsed laser transmitter to a target in the FOV and to reflect signal return in the form of an incoming optical return ray bundle from the target in the FOV; a rotating housing with four optical ports, one for each facet of the four-facet pyramidal mirror, wherein the single four-facet pyramidal mirror is in the rotating housing, and wherein each facet and each port supports separate and non-overlapping optical paths for both an outgoing transit beam and the incoming optical return ray bundle; and an aperture slit plate, the slit plate having four elongated pinholes, one at each mirror facet local plane; wherein the pyramidal mirror, the rotating housing, and the aperture slit plate all rotate together; and a photo-multiplier-tube, PMT, based detector to detect the signal return and generate a PMT output; and a processor and memory configured to process the PMT output. a single four-facet pyramidal mirror to reflect laser pulses transmitted by the pulsed laser transmitter to a target in the FOV and to reflect signal return in the form of an incoming optical return ray bundle from the target in the FOV; a rotating housing with four optical ports, one for each facet of the four-facet pyramidal mirror, wherein the single four-facet pyramidal mirror is in the rotating housing, and wherein each facet and each port supports separate and non-overlapping optical paths for both an outgoing transit beam and the incoming optical return ray bundle; and an aperture slit plate, the slit plate having four elongated pinholes, one at each mirror facet local plane; wherein the pyramidal mirror, the rotating housing, and the aperture slit plate all rotate together; and a photo-multiplier-tube, PMT, based detector to detect the signal return and generate a PMT output; and a processor and memory configured to process the PMT output.
A method for producing a cationic polyvinyl amine based copolymer having general formula I wherein R 1 is selected from NH-R 2 -NH and a group represented by formula; R 2 is selected from the group consisting of CH 2, CH(CH 3)CH 2, (CH 2) 2, (CH 2) 3, (CH 2) 4, (CH 2) 5, (CH 2) 6, (CH 2) 7, (CH 2) 8, (CH 2) 9, (CH 2) 10, (CH 2) 11, (CH 2) 12, CH=CH, and cyclohexyl; R 3 is selected from H and CH 3; R 4 is selected from the group consisting of H, CH 2 OH, (CH 2) 3 N(CH 3) 2, and CH(CH 3) 2 CH 2 N(CH 3) 3; n is 0 or positive integer, o, p and q are positive integers, and n+o+p ranges from 650 to 26 000, o/(o+p) ranges from 10/100 to 100/100, and q is between 325 and 130 000; wherein the method comprises reacting a polymer having general formula II wherein n is 0 or positive integer and o is positive integer, and n+o ranges from 650 to 26 000 with a compound having general formula III wherein R 3 and R 4 are as defined above, in presence of a cross-linking agent having general formula IV wherein R 1 is as defined above; and obtaining the cationic polyvinyl amine based copolymer having the general formula I. R 1 is selected from NH-R 2 -NH and a group represented by formula; R 2 is selected from the group consisting of CH 2, CH(CH 3)CH 2, (CH 2) 2, (CH 2) 3, (CH 2) 4, (CH 2) 5, (CH 2) 6, (CH 2) 7, (CH 2) 8, (CH 2) 9, (CH 2) 10, (CH 2) 11, (CH 2) 12, CH=CH, and cyclohexyl; R 3 is selected from H and CH 3; R 4 is selected from the group consisting of H, CH 2 OH, (CH 2) 3 N(CH 3) 2, and CH(CH 3) 2 CH 2 N(CH 3) 3; n is 0 or positive integer, o, p and q are positive integers, and n+o+p ranges from 650 to 26 000, o/(o+p) ranges from 10/100 to 100/100, and q is between 325 and 130 000;
A computer-implemented method comprising: receiving, using one or more computing devices, a query from a first user device for media related to the query, the query including one or more terms; identifying, using the one or more computing devices, keywords in a global database index that match the one or more terms of the query, the global database index holding keywords for the media and an association between the keywords and a plurality of resource servers storing the media associated with the keywords; wherein each resource server of the plurality of resource servers corresponds to a type of collaborative computing device and stores media associated with the type of collaborative computing device; the method further comprising: determining, using the one or more computing devices and based on the matching of the one or more terms in the query with the keywords in the global database index, one or more resource servers that store media associated with the keywords wherein each resource server stores media that is transmitted from a second user device to the corresponding collaborative computing device; generating, using the one or more computing devices, a request for media for the one or more resource servers; retrieving, using the one or more computing devices, media matching the request from the one or more resource servers; and sending, using the one or more computing devices, media matching the request to the first user device. receiving, using one or more computing devices, a query from a first user device for media related to the query, the query including one or more terms; identifying, using the one or more computing devices, keywords in a global database index that match the one or more terms of the query, the global database index holding keywords for the media and an association between the keywords and a plurality of resource servers storing the media associated with the keywords; wherein each resource server of the plurality of resource servers corresponds to a type of collaborative computing device and stores media associated with the type of collaborative computing device; the method further comprising: determining, using the one or more computing devices and based on the matching of the one or more terms in the query with the keywords in the global database index, one or more resource servers that store media associated with the keywords wherein each resource server stores media that is transmitted from a second user device to the corresponding collaborative computing device; generating, using the one or more computing devices, a request for media for the one or more resource servers; retrieving, using the one or more computing devices, media matching the request from the one or more resource servers; and sending, using the one or more computing devices, media matching the request to the first user device.
A method of operating an electrically propelled vehicle with at least one electric machine having a stator and a rotor with a rotor core, the rotor being kinematically connected with at least one driving wheel, the electric machine being connected to a control device and an energy source, wherein said electric machine is designed as a hysteresis machine and the rotor core of the rotor comprises at least one cooling channel, characterised in that, the rotor core of the rotor is formed of a hard magnetic material, wherein: - if the vehicle operates in synchronous braking mode, and the output electric power of the hysteresis machine does not exceed instant power capacity of the control device and/or battery, the control device is operated in such a way that a rotational speed of an electromagnetic field of the stator continues to equal to a rotational speed of the rotor, wherein a magnetic flux is controlled by a at least periodically applied flux current component (I d) to the stator; - if the vehicle operates in braking mode, and a potential output electric power of the hysteresis machine at synchronous speed of the stator electromagnetic field and the rotor exceeds an instant power capacity of the control device and/or battery, the control device is operated in such a way that the rotational speed of the electromagnetic field of the stator is maintained lower than the rotational speed of the rotor, wherein an actual output electric power of the hysteresis machine does not exceed instant power capacity of the control device and/or battery at a maintained speed. - if the vehicle operates in synchronous braking mode, and the output electric power of the hysteresis machine does not exceed instant power capacity of the control device and/or battery, the control device is operated in such a way that a rotational speed of an electromagnetic field of the stator continues to equal to a rotational speed of the rotor, wherein a magnetic flux is controlled by a at least periodically applied flux current component (I d) to the stator; - if the vehicle operates in braking mode, and a potential output electric power of the hysteresis machine at synchronous speed of the stator electromagnetic field and the rotor exceeds an instant power capacity of the control device and/or battery, the control device is operated in such a way that the rotational speed of the electromagnetic field of the stator is maintained lower than the rotational speed of the rotor, wherein an actual output electric power of the hysteresis machine does not exceed instant power capacity of the control device and/or battery at a maintained speed.
Brake control unit comprising: a plate-shaped first carrier having: a first base side; a second base side opposite to the first base side; a first lateral side connecting between the first and second base sides (B, C); a second lateral side opposite to the first lateral side and connecting between the first and second base sides (B, C), characterized by a plate-shaped second carrier having: a third base side; a fourth base side opposite to the third base side; wherein the second carrier is mounted to the first carrier such that the first base side of the first carrier and the third base side of the second carrier span an angle of approximately 90°, wherein the brake control unit further comprises: an electrical connector provided on the first base side of the first carrier, a pneumatic connector provided on the first base side of the first carrier, a device to be operated provided on the fourth base side of the second carrier, a fixed device provided on the second base side of the first carrier, and an air tank provided on the second base side or the second lateral side of the first carrier. a plate-shaped first carrier having: a first base side; a second base side opposite to the first base side; a first lateral side connecting between the first and second base sides (B, C); a second lateral side opposite to the first lateral side and connecting between the first and second base sides (B, C), characterized by a first base side; a second base side opposite to the first base side; a first lateral side connecting between the first and second base sides (B, C); a second lateral side opposite to the first lateral side and connecting between the first and second base sides (B, C), a plate-shaped second carrier having: a third base side; a fourth base side opposite to the third base side; wherein a third base side; a fourth base side opposite to the third base side; wherein the second carrier is mounted to the first carrier such that the first base side of the first carrier and the third base side of the second carrier span an angle of approximately 90°, an electrical connector provided on the first base side of the first carrier, a pneumatic connector provided on the first base side of the first carrier, a device to be operated provided on the fourth base side of the second carrier, a fixed device provided on the second base side of the first carrier, and an air tank provided on the second base side or the second lateral side of the first carrier.
Method for indicating proximity implemented in a proximity indicating module attached to a first communications device, called a detector device, between said detector device and a second communications device called a device to be detected, said detector device being comprised in an electronic card case and said method comprising at least one iteration of the following steps: • receiving at least one signal sent out by said device to be detected; • determining, from said received signal, at least one indication of proximity between said device to be detected and said detector device; • generating at least one vibratory signal representing said determined indication of proximity; • sending said generated vibratory signal. • receiving at least one signal sent out by said device to be detected; • determining, from said received signal, at least one indication of proximity between said device to be detected and said detector device; • generating at least one vibratory signal representing said determined indication of proximity; • sending said generated vibratory signal.
Rechargeable implantable cardioverter defibrillator comprising: an active section; and a non-active section, said non-active section being electrically insulated from said active section and forming a hermetically sealed can with said active section, said active section comprising: at least one high voltage capacitor; an electronic circuit, coupled with said at least one high voltage capacitor; and a rechargeable battery, coupled with said electronic circuit and said at least one high voltage capacitor; wherein a surface area of said active section acts as at least one of an electrode for forming an electric shock vector for applying a high voltage shock and a sensor for sensing electrical activity; and wherein a surface area of said non-active section acts as at least one antenna for transmitting and receiving information wirelessly while also receiving electromagnetic energy to inductively charge said rechargeable battery. an active section; and a non-active section, said non-active section being electrically insulated from said active section and forming a hermetically sealed can with said active section, said active section comprising: at least one high voltage capacitor; an electronic circuit, coupled with said at least one high voltage capacitor; and a rechargeable battery, coupled with said electronic circuit and said at least one high voltage capacitor; at least one high voltage capacitor; an electronic circuit, coupled with said at least one high voltage capacitor; and a rechargeable battery, coupled with said electronic circuit and said at least one high voltage capacitor; wherein a surface area of said active section acts as at least one of an electrode for forming an electric shock vector for applying a high voltage shock and a sensor for sensing electrical activity; and wherein a surface area of said non-active section acts as at least one antenna for transmitting and receiving information wirelessly while also receiving electromagnetic energy to inductively charge said rechargeable battery.
An indexable cutting insert for a milling tool, the cutting insert comprising: an upper side defining an upper extension plane (P U); a lower side defining a lower extension plane (P L) parallel to the upper extension plane (P U); wherein a centre axis extends perpendicularly through the upper extension plane (P U) and the lower extension plane (P L); a side surface connecting the upper side and the lower side, the side surface comprising a plurality of upper main clearance surfaces and secondary clearance surfaces (6, 6a, 6b); and at least six identical and alternately usable upper cutting edges extending around the upper side, wherein each cutting edge comprises a chip removing main cutting edge portion and at least one secondary cutting edge portion (9, 10), wherein the main cutting edge portion is formed in a transition between the upper side and one of said upper main clearance surfaces, the secondary cutting edge portion (9, 10) is formed in a transition between the upper side and one of said secondary clearance surfaces (6, 6a, 6b) in a region between two main cutting edge portions, and each of said upper main clearance surfaces is formed at an obtuse inner angle (α) with respect to the upper extension plane (P U) as seen in side elevation view, characterized in that the inner angle (α) between the upper extension plane (P U) and each of said upper main clearance surfaces is within the range 98° ≤ α ≤ 114°. an upper side defining an upper extension plane (P U); a lower side defining a lower extension plane (P L) parallel to the upper extension plane (P U); wherein a centre axis extends perpendicularly through the upper extension plane (P U) and the lower extension plane (P L); a side surface connecting the upper side and the lower side, the side surface comprising a plurality of upper main clearance surfaces and secondary clearance surfaces (6, 6a, 6b); and at least six identical and alternately usable upper cutting edges extending around the upper side, wherein each cutting edge comprises a chip removing main cutting edge portion and at least one secondary cutting edge portion (9, 10), wherein the main cutting edge portion is formed in a transition between the upper side and one of said upper main clearance surfaces, the secondary cutting edge portion (9, 10) is formed in a transition between the upper side and one of said secondary clearance surfaces (6, 6a, 6b) in a region between two main cutting edge portions, and each of said upper main clearance surfaces is formed at an obtuse inner angle (α) with respect to the upper extension plane (P U) as seen in side elevation view, characterized in that the inner angle (α) between the upper extension plane (P U) and each of said upper main clearance surfaces is within the range 98° ≤ α ≤ 114°.
A method for printing a printing material, wherein the printing material is printed by means of a printing forme-based printing method, in particular by means of an offset printing method, as well as in-line to the printing forme-based printing method by means of a printing forme-free printing method, in particular by means of an inkjet printing method, wherein a printing resolution of the printing forme-free printing method is determined as a function of a printing speed of the printing forme-based printing method, characterized in that the printing resolution of the printing forme-free printing method in the transport direction of the printing material is determined in such a way that the printing resolution of the printing forme-free printing method in the transport direction of the printing material corresponds to the maximum printing resolution of the printing forme-free printing method when the printing speed of the printing forme-based printing method is lower than or equal to a maximum printing speed of the printing forme-free printing method, at which printing can occur with maximum printing resolution.