mhurhangee/patent-ind-claim-en huggingface dataset:
A crystal form A of a compound I, characterized in that the crystal form A is a monoclinic system and a space group thereof is p2 1 , and a single crystal structure being as follows: and a CuKα-X-ray powder diffraction (XRPD) spectrum of the crystal form A comprising diffraction peaks at diffraction angle 2θ positions of: 8.56, 13.40, 15.76, 16.43, 18.38, 18.95, 19.49, 20.62, 20.86, 21.20, 25.99, 26.85, 27.89, 28.48, 29.78, 30.04, 30.84, 31.71, 31.96, 33.95, 34.47, and an error range of 2θ is ±0.2 using CuKα radiation with a wavelength of λ=1.5418Å. characterized in that the crystal form A is a monoclinic system and a space group thereof is p2 1 , and a single crystal structure being as follows: and a CuKα-X-ray powder diffraction (XRPD) spectrum of the crystal form A comprising diffraction peaks at diffraction angle 2θ positions of: 8.56, 13.40, 15.76, 16.43, 18.38, 18.95, 19.49, 20.62, 20.86, 21.20, 25.99, 26.85, 27.89, 28.48, 29.78, 30.04, 30.84, 31.71, 31.96, 33.95, 34.47, and an error range of 2θ is ±0.2 using CuKα radiation with a wavelength of λ=1.5418Å.
A method of remotely reconciling data from a plurality of Electronic Point Of Sale devices (EPOSs) and a plurality of intelligent cash holding units associated with the plurality of EPOSs; the method comprising: receiving data packets from a first EPOS of the plurality of EPOSs via a WAN or IAN; receiving data packets from a first intelligent cash holding unit of the plurality of intelligent cash holding units via a WAN or IAN, the first intelligent cash holding unit being associated with the first EPOS; storing information associating the first intelligent cash holding unit with its associated first EPOS; characterized by comparing data packets received from the first EPOS and data packets received from the first intelligent cash holding unit to reconcile the data; the method further comprising determining, based on the comparison of the data packets received from the first EPOS and the data packets received from the first intelligent cash holding unit, whether data from the first intelligent cash holding unit is missing and where it is determined that data is missing from first intelligent cash holding unit, transmitting a request to the first intelligent cash holding unit to transmit or retransmit missing data packets. receiving data packets from a first EPOS of the plurality of EPOSs via a WAN or IAN; receiving data packets from a first intelligent cash holding unit of the plurality of intelligent cash holding units via a WAN or IAN, the first intelligent cash holding unit being associated with the first EPOS; storing information associating the first intelligent cash holding unit with its associated first EPOS; characterized by comparing data packets received from the first EPOS and data packets received from the first intelligent cash holding unit to reconcile the data; the method further comprising determining, based on the comparison of the data packets received from the first EPOS and the data packets received from the first intelligent cash holding unit, whether data from the first intelligent cash holding unit is missing and where it is determined that data is missing from first intelligent cash holding unit, transmitting a request to the first intelligent cash holding unit to transmit or retransmit missing data packets.
Method for inspecting a safety device mounted on a service elevator, the safety device comprising a housing , an entry hole for a cable , and an exit hole for the cable, and a safety mechanism inside the housing, the safety mechanism being configured to prevent the cable which passes through the safety device from moving when an unsafe condition exists and wherein the safety mechanism comprises a first clamp and a second clamp for clamping the cable in between the first and the second clamps and a centrifugal detection mechanism, the centrifugal detection mechanism comprising a driven roller , and the method comprising inspecting the safety mechanism using an endoscope by inserting an insertion tube of the endoscope through the entry hole for the cable or through the exit hole for the cable, and inspecting the first and the second clamps for unusual wear, and inspecting the driven roller for a crescent shape of an external groove of the driven roller by pushing a distal end of the insertion tube through the clamps of the clamping mechanism, wherein the cable is removed from the housing prior to inserting the insertion tube. the safety mechanism being configured to prevent the cable which passes through the safety device from moving when an unsafe condition exists and wherein the safety mechanism comprises a first clamp and a second clamp for clamping the cable in between the first and the second clamps and a centrifugal detection mechanism, the centrifugal detection mechanism comprising a driven roller , and the method comprising inspecting the safety mechanism using an endoscope by inserting an insertion tube of the endoscope through the entry hole for the cable or through the exit hole for the cable, and inspecting the first and the second clamps for unusual wear, and inspecting the driven roller for a crescent shape of an external groove of the driven roller by pushing a distal end of the insertion tube through the clamps of the clamping mechanism, wherein the cable is removed from the housing prior to inserting the insertion tube.
Closure cap for closing the pouring opening of a container , having - a cylindrical threaded part having an open edge and an inner thread , which can interact with the outer thread of a container neck of the container , - a security ring designed to be held on a protrusion molded on the container neck , - a plurality of security webs which releasably connect the security ring to the open edge , and - a first holding strip having a first and a second end and a first and second edge , wherein the first end is rigidly connected to the open edge of the threaded part , and the second end is rigidly connected to the security ring , and - a second holding strip having a third and a fourth end and a third and fourth edge , wherein the third end is rigidly connected to the open edge of the threaded part , the fourth end is rigidly connected to the security ring , - the second end is arranged on the circular path of the security ring substantially diametrically opposite the fourth end before the threaded part is opened for the first time characterized in that before the first opening of the closure cap , the first, second, third, and fourth ends are arranged successively in ascending order on the circular path of the security ring in a counterclockwise direction when the inner thread and the outer thread are designed as righthanded threads. - a cylindrical threaded part having an open edge and an inner thread , which can interact with the outer thread of a container neck of the container , - a security ring designed to be held on a protrusion molded on the container neck , - a plurality of security webs which releasably connect the security ring to the open edge , and - a first holding strip having a first and a second end and a first and second edge , wherein the first end is rigidly connected to the open edge of the threaded part , and the second end is rigidly connected to the security ring , and - a second holding strip having a third and a fourth end and a third and fourth edge , wherein the third end is rigidly connected to the open edge of the threaded part , the fourth end is rigidly connected to the security ring , - the second end is arranged on the circular path of the security ring substantially diametrically opposite the fourth end before the threaded part is opened for the first time
A combine harvester comprising a system for processing seeds that are present in crop material processed by the combine harvester, the system comprising at least one first shearing surface , and at least one second shearing surface arranged opposite the at least one first shearing surface, wherein the at least one first shearing surface moves at a first tangential velocity relative to the system, and the at least one second shearing surface moves at a second tangential velocity relative to the system that is different from the first tangential velocity, and a clearance is provided between the at least one first shearing surface and the at least one second shearing surface , the clearance adapted to receive a flow of crop material containing seeds, and further adapted to convey said flow of crop material between the at least one first shearing surface and the at least one second shearing surface , such that said flow of crop material contacts the at least one first shearing surface and the at least one second shearing surface to damage seeds present in the crop material and prevent the seeds from germinating after exiting the system, characterized in that : the system comprises at least one first cylindrical body and at least one second cylindrical body , and the at least one first shearing surface extends along a portion of the at least one first cylindrical body , and the at least one second shearing surface extends along a portion of the at least one second cylindrical body , wherein the at least one first cylindrical body comprises a first roller having a first shaft and a first helical thread winding around the first shaft, and wherein the at least one second cylindrical body comprises a second roller having a second shaft and a second helical thread winding around the second shaft. the system comprises at least one first cylindrical body and at least one second cylindrical body , and the at least one first shearing surface extends along a portion of the at least one first cylindrical body , and the at least one second shearing surface extends along a portion of the at least one second cylindrical body , wherein the at least one first cylindrical body comprises a first roller having a first shaft and a first helical thread winding around the first shaft, and wherein the at least one second cylindrical body comprises a second roller having a second shaft and a second helical thread winding around the second shaft.
Connection system for connecting two carriers each having a carrier body bounded by at least one end edge and having at least one carrier hole , wherein the connection system has at least one connector with a connector body , wherein a plurality of circular connector holes pass through the connector body , wherein at least one outer surface of the at least one connector body has a periodically repeating uneven structure, wherein the connection system has a plurality of fastening elements , wherein the two carriers can be arranged side by side with their end edges facing one another, wherein the at least one outer surface with the periodically repeating uneven structure of the at least one connector body of the at least one connector can be arranged on at least one outer surface of the carrier bodies of both carriers in each case, wherein at least one first connector hole of the at least one connector corresponds to the at least one carrier hole of a first carrier of the two carriers and at least one second connector hole of the at least one connector can be associated with the at least one carrier hole of a second carrier of the two carriers , such that a fastening element can be guided through at least one connector hole of the at least one connector and an associated carrier hole of the respective carrier in each case, whereby the at least one connector is to be connected to a respective carrier via at least one respective fastening element , wherein the uneven structure of the at least one outer surface has a profile which has a periodically repeating uneven structure in a first spatial direction and is straight in a second spatial direction perpendicular to the first spatial direction, characterised in that the uneven structure of the at least one outer surface is formed by an elastically deformable coating of fibre-reinforced plastic arranged on the connector body .
A process for treating a substrate made of glass or of a glassy substrate based on SiO 2 , comprising the following process steps: a) applying a treatment solution containing one or more compound or compounds of the group comprising Al, Zr, and Ti, which are pyrolytically reactable at a temperature in the range of 600 °C to 950 °C, to the surface of the substrate to be treated and pyrolytic reaction thereof at the specified temperature, and b) cooling the treated substrate to a temperature in the range of 200 °C to room temperature, characterized by c) cleaning the substrate by polishing or washing the surface, and in that the treatment solution is applied with a concentration in an amount of 0.1 to 200 g/m 2 by spraying or steam atomization and no discrete additional layers are formed on the surface of the treated substrate. a) applying a treatment solution containing one or more compound or compounds of the group comprising Al, Zr, and Ti, which are pyrolytically reactable at a temperature in the range of 600 °C to 950 °C, to the surface of the substrate to be treated and pyrolytic reaction thereof at the specified temperature, and b) cooling the treated substrate to a temperature in the range of 200 °C to room temperature, characterized by c) cleaning the substrate by polishing or washing the surface, and
Electromagnetic wave diffraction device intended to be fixed onto an outer face of an electrically conductive wall , the diffraction device comprising: - a plurality of resonant elements in the form of an L-shaped profile which are electrically conductive and fixed parallel on the outer face , - each resonant element , comprising a first wall and a second wall secured at right angles to one another along a common edge , the first wall being intended to be fixed at right angles to the outer face by a fixing edge parallel to the common edge , whereas the edge of the second wall which is parallel to the common edge constitutes a free edge the diffraction device being characterized in that a block produced with a dielectric material is housed between the outer face and the second wall so as to fill the internal volume of the L-shaped resonant element, in that the free edges of all the resonant elements are parallel and arranged on the same side relative to the common edge of the corresponding resonant element , in that the diffraction device comprises also protection means intended to reinforce the protection of a capacitive area generated in a space between the outer face and the second wall , against weather attack, and taking the form of a panel produced with a dielectric material that is impermeable to water, fixed to the outer face and covering the plurality of resonant elements , and in that the material of said block is impermeable to water. - a plurality of resonant elements in the form of an L-shaped profile which are electrically conductive and fixed parallel on the outer face , - each resonant element , comprising a first wall and a second wall secured at right angles to one another along a common edge , the first wall being intended to be fixed at right angles to the outer face by a fixing edge parallel to the common edge , whereas the edge of the second wall which is parallel to the common edge constitutes a free edge
An information processing apparatus comprising: a coordination service identification unit configured to, responsive to a first service that can be used by a user being enabled, identify a second service that is able to be coordinated with the first service based on definition information defining coordination relationships settable between a plurality of services; and characterized by a service notification unit configured to, responsive to the coordination service identification unit identifying the second service, notify to the first or second service serving as a coordinating service information on, respectively, the second or first service serving as a coordinated service. a coordination service identification unit configured to, responsive to a first service that can be used by a user being enabled, identify a second service that is able to be coordinated with the first service based on definition information defining coordination relationships settable between a plurality of services; and characterized by a service notification unit configured to, responsive to the coordination service identification unit identifying the second service, notify to the first or second service serving as a coordinating service information on, respectively, the second or first service serving as a coordinated service.
A tyre-filling device that can be supplied with a wheel comprising a wheel rim (10, 10', 10") and a tubeless tyre (20, 20', 20") mounted on the wheel rim (10, 10', 10"), with a machine frame, a tyre-filling aid and with a seal for sealing a space (1, 1', 1") formed at least outside of the tyre (20, 20', 20"), wherein this space (1, 1', 1") can be evacuated, characterised in that the space (1, 1', 1") is formed outside of a tyre inside (3, 3', 3") around the tyre (20, 20', 20") by way of a suction bell (32, 32', 32") applied to a base plate (34, 34', 34") and that the space (1, 1', 1") can be abruptly at least mostly evacuated by way of at least one opening actuator (42").
Method for calculating an energy consumption of a motor vehicle on a travel route , comprising the steps of: determining at least one vehicle speed on the travel route , determining at least one vehicle direction on the travel route , determining at least one wind direction and at least one wind speed on the travel route by means of a determination device , calculating an energy consumption on the basis of the determined at least one vehicle speed , the determined at least one vehicle direction , the determined at least one wind direction and the determined at least one wind speed by means of a calculation device , outputting or providing the calculated energy consumption as a consumption signal by means of an output device , the at least one vehicle speed and/or the at least one vehicle direction and/or the at least one wind direction and/or the at least one wind speed being separately determined and taken into account for individual route sections of the travel route , characterized in that splitting into route sections is performed depending on an available spatial resolution of data relating to wind directions and/or wind speeds . determining at least one vehicle speed on the travel route , determining at least one vehicle direction on the travel route , determining at least one wind direction and at least one wind speed on the travel route by means of a determination device , calculating an energy consumption on the basis of the determined at least one vehicle speed , the determined at least one vehicle direction , the determined at least one wind direction and the determined at least one wind speed by means of a calculation device , outputting or providing the calculated energy consumption as a consumption signal by means of an output device , the at least one vehicle speed and/or the at least one vehicle direction and/or the at least one wind direction and/or the at least one wind speed being separately determined and taken into account for individual route sections of the travel route , characterized in that splitting into route sections is performed depending on an available spatial resolution of data relating to wind directions and/or wind speeds .
A handheld medical imaging device comprising: a photosensitive detector comprising a plurality of pixels ; and a rigid imaging tip optically associated with the photosensitive detector, wherein the rigid imaging tip includes a distal end defining a focal plane at a fixed focal distance relative to the photosensitive detector , wherein the distal end of the rigid imaging tip is constructed to be placed in contact with tissue and maintain the tissue at the focal plane, wherein the rigid imaging tip includes a proximal portion and a distal portion angled relative to the proximal portion by an angle of between 25° to 65° inclusively, and wherein a length of the distal portion is between 10 mm to 65 mm inclusively; one or more illumination sources ; a body , wherein the proximal portion of the rigid imaging tip is connected to and distally extends from the body ; and optics associated with the photosensitive detector and configured to fix a focus of the photosensitive detector at the focal plane, wherein the optics are located between the photosensitive detector and the rigid imaging tip . a photosensitive detector comprising a plurality of pixels ; and a rigid imaging tip optically associated with the photosensitive detector, wherein the rigid imaging tip includes a distal end defining a focal plane at a fixed focal distance relative to the photosensitive detector , wherein the distal end of the rigid imaging tip is constructed to be placed in contact with tissue and maintain the tissue at the focal plane, wherein the rigid imaging tip includes a proximal portion and a distal portion angled relative to the proximal portion by an angle of between 25° to 65° inclusively, and wherein a length of the distal portion is between 10 mm to 65 mm inclusively; one or more illumination sources ; a body , wherein the proximal portion of the rigid imaging tip is connected to and distally extends from the body ; and optics associated with the photosensitive detector and configured to fix a focus of the photosensitive detector at the focal plane, wherein the optics are located between the photosensitive detector and the rigid imaging tip .
A resin, comprising: up to 99.99 weight percent (wt.%) of a first polyolefin grafted with a functional group selected from an ethylenically unsaturated carboxylic acid, a carboxylic acid anhydride, an ester functional group or a combination thereof; and 0.01 to 3.0 wt.% of a tin oxide-based catalyst, wherein the resin includes 0.2 wt.% to 1.5 wt.% of the functional group from the first polyolefin, wherein the wt.% is based on a total weight of the resin. up to 99.99 weight percent (wt.%) of a first polyolefin grafted with a functional group selected from an ethylenically unsaturated carboxylic acid, a carboxylic acid anhydride, an ester functional group or a combination thereof; and 0.01 to 3.0 wt.% of a tin oxide-based catalyst, wherein the resin includes 0.2 wt.% to 1.5 wt.% of the functional group from the first polyolefin, wherein the wt.% is based on a total weight of the resin.