mhurhangee/ep-ind-claims huggingface dataset:
Gripping device for the hygienic gripping of an object comprising - a gripping tool with at least one active point fixing an object to be gripped, - at least one unused effective film (5.1), wherein the at least one unused effective film (5.1) covers at least each active point and, when gripping an object, comes into contact with the object to be gripped and - at least one film supply attached to the gripping tool with additional unused films (5.2) to replace a used effective film (5.1), wherein the at least one film supply comprises a stack (6.1) with the unused further films (5.2) and the unused effective film (5.1) is an outer film on the stack (6.1), wherein - the films (5.1, 5.2) in the stack (6.1) do not stick to each other and the smoothness of the surface of each film (5.1, 5.2) is determined in such a manner that the outer film on the stack (6.1) can be removed from the other film (5.2) located underneath by displacement, - the gripping device has a gripper with at least one gripping jaw (8.1), - each gripping jaw (8.1) has a holder (8.2) for receiving the stack (6.1) and a force-loaded gripping surface (8.1), - wherein the holder (8.2) is adapted in such a manner that the outer film on the stack (6.1) can be removed by displacement exclusively on one surface (8.3) of the holder (8.2) and - the force-loaded gripping surface (8.1) exerts pressure on the stack (6.1) in the direction of the surface (8.3) of the holder (8.2). - a gripping tool with at least one active point fixing an object to be gripped, - at least one unused effective film (5.1), wherein the at least one unused effective film (5.1) covers at least each active point and, when gripping an object, comes into contact with the object to be gripped and - at least one film supply attached to the gripping tool with additional unused films (5.2) to replace a used effective film (5.1), wherein the at least one film supply comprises a stack (6.1) with the unused further films (5.2) and the unused effective film (5.1) is an outer film on the stack (6.1), wherein - the films (5.1, 5.2) in the stack (6.1) do not stick to each other and the smoothness of the surface of each film (5.1, 5.2) is determined in such a manner that the outer film on the stack (6.1) can be removed from the other film (5.2) located underneath by displacement, - the gripping device has a gripper with at least one gripping jaw (8.1), - each gripping jaw (8.1) has a holder (8.2) for receiving the stack (6.1) and a force-loaded gripping surface (8.1), - wherein the holder (8.2) is adapted in such a manner that the outer film on the stack (6.1) can be removed by displacement exclusively on one surface (8.3) of the holder (8.2) and - the force-loaded gripping surface (8.1) exerts pressure on the stack (6.1) in the direction of the surface (8.3) of the holder (8.2).
A mixing and kneading machine for continuous preparation processes comprising: - a housing in which a hollow interior delimited by the inner circumferential surface of the housing is formed, - a screw shaft which extends at least in portions in the axial direction through the interior and which can be rotated in the interior during operation and at the same time can be moved back and forth in the axial direction in a translational manner, and - at least six receptacles for kneading elements that are provided in the housing and extend at least in portions from the inner circumferential surface of the housing into the housing, the receptacles being arranged on the inner circumferential surface of the housing in at least two rows (29, 29', 29") extending in the axial direction over at least a portion of the inner circumferential surface of the housing, at least two of the at least two rows (29, 29', 29") each comprising at least three receptacles for kneading elements, - the screw shaft comprising a shaft bar, on the circumferential surface of which at least two blade elements are arranged which extend radially outward from the shaft bar in the direction of the inner circumferential surface of the housing, characterized in that the receptacles for kneading elements of the at least two rows, viewed in the cross section of the housing, are distributed non-uniformly over the circumference defined by the inner peripheral surface of the housing. - a housing in which a hollow interior delimited by the inner circumferential surface of the housing is formed, - a screw shaft which extends at least in portions in the axial direction through the interior and which can be rotated in the interior during operation and at the same time can be moved back and forth in the axial direction in a translational manner, and - at least six receptacles for kneading elements that are provided in the housing and extend at least in portions from the inner circumferential surface of the housing into the housing, the receptacles being arranged on the inner circumferential surface of the housing in at least two rows (29, 29', 29") extending in the axial direction over at least a portion of the inner circumferential surface of the housing, at least two of the at least two rows (29, 29', 29") each comprising at least three receptacles for kneading elements, - the screw shaft comprising a shaft bar, on the circumferential surface of which at least two blade elements are arranged which extend radially outward from the shaft bar in the direction of the inner circumferential surface of the housing,
A rung assembly for a ladder with a first pair of spaced apart rails, the rung assembly comprising: a base member; a displaceable member coupled with the base member and configured to be displaced from a first position to a second position relative to the base member; at least one alert mechanism associated with the displaceable member and configured to provide an audible alert when the displaceable member is displaced from the first position to the second position, the at least one alert mechanism including a pin; wherein the at least one alert mechanism comprises: a collar mounted on the pin, the collar being slidably disposed about the pin; and a detent mechanism configured to hold the collar at a specified position on the pin until a force of a specified magnitude is applied to the collar, whereby the collar slides relative to the pin upon application of the force of the specified magnitude, wherein a front edge of the at least one rung assembly extending between the first pair of rails maintains a substantially constant position relative to the first rails when the displaceable member is displaced from the first position to the second position. a displaceable member coupled with the base member and configured to be displaced from a first position to a second position relative to the base member; at least one alert mechanism associated with the displaceable member and configured to provide an audible alert when the displaceable member is displaced from the first position to the second position, the at least one alert mechanism including a pin; wherein the at least one alert mechanism comprises: a collar mounted on the pin, the collar being slidably disposed about the pin; and a detent mechanism configured to hold the collar at a specified position on the pin until a force of a specified magnitude is applied to the collar, whereby the collar slides relative to the pin upon application of the force of the specified magnitude, wherein a front edge of the at least one rung assembly extending between the first pair of rails maintains a substantially constant position relative to the first rails when the displaceable member is displaced from the first position to the second position. a collar mounted on the pin, the collar being slidably disposed about the pin; and a detent mechanism configured to hold the collar at a specified position on the pin until a force of a specified magnitude is applied to the collar, whereby the collar slides relative to the pin upon application of the force of the specified magnitude, wherein a front edge of the at least one rung assembly extending between the first pair of rails maintains a substantially constant position relative to the first rails when the displaceable member is displaced from the first position to the second position.
Awning having a rotatably mounted fabric roller tube, from which a fabric is able to be unwound, the front end of which is fastened to an extension profile, wherein the awning has an illumination device, wherein the Illumination device has one or more light-emitting diode units each having one light-emitting diode and the awning has a control device to control and energise the light-emitting diodes, characterised in that the control device is set up in such a way that the light-emitting diodes of the illumination device are dimmable in an infinitely variable manner using a pulse width modulation of the energisation, wherein several light-emitting diode units are connected in series and each light-emitting diode unit has an electronic circuit to determine a breakdown of the light-emitting diode, wherein the light-emitting diode units have one bypass diode respectively and the current is guided via the bypass diode by means of the electronic circuit during breakdown of the light-emitting diode.
An air conditioner, comprising: a refrigerant circuit connecting a compressor, a first heat exchanger, a second heat exchanger, a radiation panel in parallel to the second heat exchanger, a first expansion valve that regulates a flow rate of a refrigerant flowing through the radiation panel, a four-way switching valve, and a second expansion valve that regulates a flow rate of refrigerant flowing through the second heat exchanger; and a control unit that switches between a normal refrigeration cycle in which the radiation panel performs cooling or heating, and a defrosting cycle in which the first heat exchanger serves as a radiator and the second heat exchanger serves as an evaporator, wherein the control unit brings the first expansion valve to be fully closed during the defrosting cycle, characterized in that the control unit brings the first expansion valve to open at a first opening degree in a preparatory operation performed immediately before the defrosting cycle starts. a refrigerant circuit connecting a compressor, a first heat exchanger, a second heat exchanger, a radiation panel in parallel to the second heat exchanger, a first expansion valve that regulates a flow rate of a refrigerant flowing through the radiation panel, a four-way switching valve, and a second expansion valve that regulates a flow rate of refrigerant flowing through the second heat exchanger; and a control unit that switches between a normal refrigeration cycle in which the radiation panel performs cooling or heating, and a defrosting cycle in which the first heat exchanger serves as a radiator and the second heat exchanger serves as an evaporator, wherein the control unit brings the first expansion valve to be fully closed during the defrosting cycle, characterized in that the control unit brings the first expansion valve to open at a first opening degree in a preparatory operation performed immediately before the defrosting cycle starts.
A computer-implemented alignment method, comprising: converting a read into short fragments of length L; determining a corresponding position of the short fragments in a reference library by aligning the short fragments with the reference library to obtain a first positioning result, wherein the reference library is a hash table constructed based on a reference sequence, the reference library comprises a plurality of entries, one entry of the reference library corresponds to one seed sequence of length L, and the seed sequence is capable of matching at least one sequence on the reference sequence, wherein a distance on the reference sequence between two seed sequences that correspond to two adjacent entries of the reference library is less than the length of the short fragments; removing at least one short fragment positioned on adjacent entries of the reference library in the first positioning result to obtain a second positioning result; and extending based on short fragments from the read in the second positioning result to obtain an alignment result of the read. converting a read into short fragments of length L; determining a corresponding position of the short fragments in a reference library by aligning the short fragments with the reference library to obtain a first positioning result, wherein the reference library is a hash table constructed based on a reference sequence, the reference library comprises a plurality of entries, one entry of the reference library corresponds to one seed sequence of length L, and the seed sequence is capable of matching at least one sequence on the reference sequence, wherein a distance on the reference sequence between two seed sequences that correspond to two adjacent entries of the reference library is less than the length of the short fragments; wherein the reference library is a hash table constructed based on a reference sequence, the reference library comprises a plurality of entries, one entry of the reference library corresponds to one seed sequence of length L, and the seed sequence is capable of matching at least one sequence on the reference sequence, wherein a distance on the reference sequence between two seed sequences that correspond to two adjacent entries of the reference library is less than the length of the short fragments; removing at least one short fragment positioned on adjacent entries of the reference library in the first positioning result to obtain a second positioning result; and extending based on short fragments from the read in the second positioning result to obtain an alignment result of the read.
An endoscope for internally producing an image of a field of view, the endoscope comprising: a longitudinal wall; an image distorter for guiding light received from said field of view to the image sensor, characterized by an image sensor having a rectangle shape, aligned along the longitudinal wall, wherein a longer dimension of the image sensor is placed along the lengthwise dimension of the endoscope along sadi longitudinal wall. a longitudinal wall; an image distorter for guiding light received from said field of view to the image sensor, characterized by an image sensor having a rectangle shape, aligned along the longitudinal wall, wherein a longer dimension of the image sensor is placed along the lengthwise dimension of the endoscope along sadi longitudinal wall.
An electronic cigarette, comprising a shell and a power supply installed in the shell, wherein the electronic cigarette further comprises a tobacco bin which is provided in the shell and communicates with the outside air, and a suction nozzle which communicates with the tobacco bin, the tobacco bin is used for loading solid tobacco material, and a piezoelectric ceramic piece which clings to the tobacco bin is provided in the shell, the piezoelectric ceramic piece is a bearing surface of the tobacco bin on which a tobacco material is loaded as well as a heating surface of the tobacco bin, and the sheet-shaped piezoelectric ceramic piece is used to contact the solid tobacco material in the tobacco bin and atomize the solid tobacco material, and the piezoelectric ceramic piece is electrically connected with the power supply.
An atomizer, comprising: a top cover, the top cover being provided with an air intake hole, the top cover comprising a pipe body and a top cover main body connected to the pipe body, the air intake hole being defined in the pipe body; and an atomizing assembly, an atomizing chamber being defined between the atomizing assembly and the top cover; characterized in that an inner connecting pipe extends from the top cover, the inner connecting pipe is formed by extending from the pipe body towards an interior of the top cover main body, a separation member is provided in the inner connecting pipe, the separation member partitions the inner connecting pipe into an air inlet passage and a smoke outlet passage, the air intake hole communicates with the air inlet passage; wherein the external air enters into the atomizing chamber from the air intake hole and the air inlet passage, carries the aerosol formed by atomization of the atomizing assembly, and bypasses the separation member to discharge out through the smoke outlet passage. a top cover, the top cover being provided with an air intake hole, the top cover comprising a pipe body and a top cover main body connected to the pipe body, the air intake hole being defined in the pipe body; and an atomizing assembly, an atomizing chamber being defined between the atomizing assembly and the top cover; characterized in that an inner connecting pipe extends from the top cover, the inner connecting pipe is formed by extending from the pipe body towards an interior of the top cover main body, a separation member is provided in the inner connecting pipe, the separation member partitions the inner connecting pipe into an air inlet passage and a smoke outlet passage, the air intake hole communicates with the air inlet passage; wherein the external air enters into the atomizing chamber from the air intake hole and the air inlet passage, carries the aerosol formed by atomization of the atomizing assembly, and bypasses the separation member to discharge out through the smoke outlet passage.
Feed hopper for a material processing device, in particular for a mobile crushing or screening plant, having two side walls and a hopper rear wall, the side walls being coupled indirectly or directly to a machine carrier (12. 1) and being adjustable between an erected working position and a folded-down transport position, a feed region being formed between the side walls, at least one of the side walls being supported in the erected working position with respect to the machine carrier (12.1) by means of a supporting device, the supporting device having a supporting lever which, in the working position, is supported indirectly or directly with respect to the machine carrier (12.1) by means of a releasable positive-locking connection, the positive-locking connection preventing the side wall from folding down, characterised in that the supporting lever projects into the feed region in the folded-down transport position. the supporting device having a supporting lever which, in the working position, is supported indirectly or directly with respect to the machine carrier (12.1) by means of a releasable positive-locking connection, the positive-locking connection preventing the side wall from folding down, characterised in that the supporting lever projects into the feed region in the folded-down transport position.
A method of controlling a function of a mobile terminal using a registered sensor based Bluetooth Low Energy, BLE device, the method comprising: receiving a user input of a selection of a sensor based BLE device registered to the mobile terminal; receiving a user input of a reference sensing value of the sensor based BLE device; receiving a user input for connecting one or more functions supported by the mobile terminal with the sensor based BLE device; mapping and storing identification information of the sensor based BLE device with reference sensing value information and function information corresponding to the one or more functions supported by the mobile terminal; receiving identification information of the sensor based BLE device from the sensor based BLE device via a Bluetooth communication channel after the mobile terminal is paired with the sensor based BLE device; receiving sensing information detected by the sensor based BLE device from the sensor based BLE device; extracting the function information and the reference sensing value information corresponding to the received identification information of the sensor based BLE device; and performing the one or more functions corresponding to the extracted function information based on the reference sensing value information and the received sensing information. receiving a user input of a selection of a sensor based BLE device registered to the mobile terminal; receiving a user input of a reference sensing value of the sensor based BLE device; receiving a user input for connecting one or more functions supported by the mobile terminal with the sensor based BLE device; mapping and storing identification information of the sensor based BLE device with reference sensing value information and function information corresponding to the one or more functions supported by the mobile terminal; receiving identification information of the sensor based BLE device from the sensor based BLE device via a Bluetooth communication channel after the mobile terminal is paired with the sensor based BLE device; receiving sensing information detected by the sensor based BLE device from the sensor based BLE device; extracting the function information and the reference sensing value information corresponding to the received identification information of the sensor based BLE device; and performing the one or more functions corresponding to the extracted function information based on the reference sensing value information and the received sensing information.
A culture medium comprising: - At least a first enzymatic substrate for detecting alpha-glucosidase activity; - At least a second substrate for detecting beta-glucosidase or beta-galactosidase activity; - At least one antibiotic, which is vancomycin. - At least a first enzymatic substrate for detecting alpha-glucosidase activity; - At least a second substrate for detecting beta-glucosidase or beta-galactosidase activity; - At least one antibiotic, which is vancomycin.
A guide tool for guiding resection of a distal femur in the region of the patellofemoral joint, comprising a body having a bone facing side, a burr guide opening extending through the body and defining an undulating burr resection surface, and a saw guide opening (120, 122) extending through the body and defining a saw resection surface, the burr resection surface and the saw resection surface intersecting on the bone facing side of the body, thereby defining a bone piece resection surface.
Method for serial data transfer between a base module and an expansion module and at least one further expansion module connected in series with this expansion module having the following method steps: aa) in one transfer cycle the base module sends a module detection byte to the one expansion module and said expansion module sends a module detection byte in the sense of a shift register to the base module; ab) the end of the one transfer cycle is transmitted by a feedback signal from the base module to the one expansion module; characterised in that ba) in a further transfer cycle, the base module sends a further module detection byte to the further expansion module and a further module detection byte in the sense of a shift register to the base module, wherein data packets are also transferred from the base module to the one expansion module and vice versa; bb) the end of the further transfer cycle is transmitted by a further feedback signal and from the base module to the one expansion module and to the further expansion module. aa) in one transfer cycle the base module sends a module detection byte to the one expansion module and said expansion module sends a module detection byte in the sense of a shift register to the base module; ab) the end of the one transfer cycle is transmitted by a feedback signal from the base module to the one expansion module; ba) in a further transfer cycle, the base module sends a further module detection byte to the further expansion module and a further module detection byte in the sense of a shift register to the base module, wherein data packets are also transferred from the base module to the one expansion module and vice versa; bb) the end of the further transfer cycle is transmitted by a further feedback signal and from the base module to the one expansion module and to the further expansion module.