mhurhangee/patent-ind-claim-en huggingface dataset:
A borehole pump comprising an eccentric screw pump with at least one stator and at least one rotor ; wherein the eccentric screw pump in each case has, on its upper end region , an upper sealing arrangement ; and wherein the eccentric screw pump in each case has, on the lower end region , a lower sealing arrangement ; a receiving housing with a lower sealing region and at least two upper sealing regions (12-1, 12-2) ; characterized in that the eccentric screw pump is arranged in the receiving housing in such a way that the lower sealing arrangement of the eccentric screw pump is assigned in a positive or positive and non-positive manner to the lower sealing region of the receiving housing , and that the upper sealing arrangement of the eccentric screw pump is assigned in a positive or positive and positive manner to exactly one of the at least two upper sealing regions (12-1, 12-2) of the receiving housing . an eccentric screw pump with at least one stator and at least one rotor ; wherein the eccentric screw pump in each case has, on its upper end region , an upper sealing arrangement ; and wherein the eccentric screw pump in each case has, on the lower end region , a lower sealing arrangement ; a receiving housing with a lower sealing region and at least two upper sealing regions (12-1, 12-2) ; characterized in that the eccentric screw pump is arranged in the receiving housing in such a way that the lower sealing arrangement of the eccentric screw pump is assigned in a positive or positive and non-positive manner to the lower sealing region of the receiving housing , and that the upper sealing arrangement of the eccentric screw pump is assigned in a positive or positive and positive manner to exactly one of the at least two upper sealing regions (12-1, 12-2) of the receiving housing .
A follow-up mechanism for a gauge-changeable bogie, comprising a follow-up connector , unlocking members that are located on two sides of the follow-up connector and rotatably connected to the follow-up connector , a transverse displacement recognition device rotatably connected to the unlocking members, a toothed locking and positioning device mounted on the follow-up connector, and at least two mutually parallel fixation members ; the follow-up connector is in sliding fit with the fixation members , and sliders are fixedly connected at ends of the unlocking members ; the transverse displacement recognition device comprises a transverse movement unlocking member and two displacement recognizing and balancing elastic members symmetrically mounted on the follow-up connector; the toothed locking and positioning device comprises a toothed locking element rotatably connected to the transverse movement unlocking member and a positioning element connected to the toothed locking element; the toothed locking element is rotatably connected to a first fixation member of the fixation members, and the positioning element is rotatably connected to a second fixation member of the fixation members.
A package for transporting a bottle, consisting of a first packet , which is waterproof and has an open top , and that contains a second, smaller packet inside, made of an air bubble film, open at the top and fixed in place with a detachable device ; characterized in that the inner packet has a slot at the bottom.
An imaging apparatus for imaging a surface (S) of a specimen , the imaging apparatus comprising: a microscope selected from reflected light microscopes and transmitted light microscopes, the microscope including: a BD objective having a darkfield channel and a bright field channel , the BD objective having a circumference and a light barrier in the darkfield channel mounted in a nosepiece of the microscope, the light barrier having a body that does not permit the passage of light therethrough, and a darkfield opening in the body that does permit the passage of light therethrough, such that the body blocks illuminating light (124") traveling through the darkfield channel toward the specimen , and the darkfield opening defines a passage for the illuminating light traveling through the darkfield channel toward the specimen , said darkfield opening thus defining arced illuminating light (124*) that obliquely illuminates the specimen through the darkfield channel from a discrete direction through only an arc of limited degrees from only a portion of the circumference. a BD objective having a darkfield channel and a bright field channel , the BD objective having a circumference and a light barrier in the darkfield channel mounted in a nosepiece of the microscope, the light barrier having a body that does not permit the passage of light therethrough, and a darkfield opening in the body that does permit the passage of light therethrough, such that the body blocks illuminating light (124") traveling through the darkfield channel toward the specimen , and the darkfield opening defines a passage for the illuminating light traveling through the darkfield channel toward the specimen , said darkfield opening thus defining arced illuminating light (124*) that obliquely illuminates the specimen through the darkfield channel from a discrete direction through only an arc of limited degrees from only a portion of the circumference.
An operator control system for inputting a chain of characters in a vehicle, wherein the operator control system comprises a display device with a display area, an input element and a control device which is coupled to the display device and the input element and with which a representing display on the display area can be controlled, wherein the display area can be actuated by the control device in such a way that displayed on the display area are: - an input field with a target area which is provided for inputting an alphanumeric character and - a selection field with a preview area in which a single alphanumeric character from a group of alphanumeric characters provided by the selection field is arranged, wherein the operator control system is configured in such a way that the alphanumeric character in the preview area can be changed by activating the input element and/or can be selected for insertion into the target area , wherein the preview area and the target area are arranged overlapping one another, characterized in that the alphanumeric characters outside the preview area are arranged along an arc in the selection field , and the alphanumeric character in the preview area is arranged offset with respect to the arc in the direction of the target area and none of the alphanumeric characters outside the preview area is the same alphanumeric character as the alphanumeric character in the preview area. - an input field with a target area which is provided for inputting an alphanumeric character and - a selection field with a preview area in which a single alphanumeric character from a group of alphanumeric characters provided by the selection field is arranged, wherein the operator control system is configured in such a way that the alphanumeric character in the preview area can be changed by activating the input element and/or can be selected for insertion into the target area , wherein the preview area and the target area are arranged overlapping one another, characterized in that the alphanumeric characters outside the preview area are arranged along an arc in the selection field , and the alphanumeric character in the preview area is arranged offset with respect to the arc in the direction of the target area and none of the alphanumeric characters outside the preview area is the same alphanumeric character as the alphanumeric character in the preview area.
Motor vehicle with a seating bench which comprises a seat surface which is approximately horizontal in a normal position and a backrest which is approximately vertical in the normal position, wherein the seat surface and the backrest are adjustable into a partition position in which the seat surface and the backrest adopt an at least approximately vertical position and the backrest is arranged above the seat surface , wherein the backrest upper edge is in contact with the roof of the motor vehicle in the partition position, such that the backrest together with the seat surface forms a partition which separates the region behind the partition in the direction of travel from the region in front of the partition in the direction of travel, wherein the partition separates the region behind the partition in the direction of travel from the region in front of the partition in the direction of travel, by means of one or more sealing elements which are arranged between the seat surface and the backrest on the one hand, and the frame of the motor vehicle, i.e. the roof and the side walls, on the other hand, in an approximately soundproof, watertight and/or airtight manner in the partition position, characterized in that a flat loading floor element which, in the normal position of the seating bench, is substantially located under the seat surface is raised in the partition position of the seating bench such that the loading floor element lies in one plane with a loading floor of the motor vehicle in the partition position, wherein the seat surface and the backrest are adjustable into the partition position via a servomotor , wherein the loading floor element is raisable via the servomotor , at the same time as the seat surface and the backrest are adjustable into the partition position.
Demodulator for an RFID circuit, the demodulator comprising: - an input and at least one output , - a clock extractor connected to the input in order to provide a clock signal, - a comparator connected to the at least one output , characterized in that the demodulator further comprises a finite impulse response FIR filter arrangement connected to the input and connected to the comparator . - an input and at least one output , - a clock extractor connected to the input in order to provide a clock signal, - a comparator connected to the at least one output ,
A turning method for a CNC-lathe, comprising the steps of: providing a metal work piece , providing a turning tool , wherein the turning tool comprises a coupling portion , wherein the coupling portion extends along a coupling axis (A2), wherein the turning tool comprises a first cutting element and a second cutting element , wherein the first cutting element comprises a first cutting edge ; wherein the second cutting element comprises a second nose cutting edge separating and connecting a second forward cutting edge and a second rearward cutting edge ; rotating the metal work piece in one direction around a rotational axis (A1) thereof; moving the turning tool in a first direction such that the first cutting edge is in cut, moving the turning tool in a direction such that the first cutting edge is moved away from the metal work piece and such that the second nose cutting edge is moved towards the metal work piece , characterized in moving the turning tool in a second direction such that the second forward cutting edge is in cut at a second entering angle (β) which is 5 - 45°, wherein the second direction is in the opposite direction or substantially opposite direction to the first direction . providing a metal work piece , providing a turning tool , wherein the turning tool comprises a coupling portion , wherein the coupling portion extends along a coupling axis (A2), wherein the turning tool comprises a first cutting element and a second cutting element , wherein the first cutting element comprises a first cutting edge ; wherein the second cutting element comprises a second nose cutting edge separating and connecting a second forward cutting edge and a second rearward cutting edge ; rotating the metal work piece in one direction around a rotational axis (A1) thereof; moving the turning tool in a first direction such that the first cutting edge is in cut, moving the turning tool in a direction such that the first cutting edge is moved away from the metal work piece and such that the second nose cutting edge is moved towards the metal work piece , characterized in moving the turning tool in a second direction such that the second forward cutting edge is in cut at a second entering angle (β) which is 5 - 45°, wherein the second direction is in the opposite direction or substantially opposite direction to the first direction .
A secondary battery comprising: an electrode assembly including a first electrode plate and a second electrode plate; a case accommodating the electrode assembly ; a cap plate coupled to an opening of the case and electrically connected to the first electrode plate; an electrode terminal including a terminal plate , the electrode terminal passing through the cap plate and being electrically connected to the second electrode plate; an insulating member formed between the terminal plate and the cap plate to insulate the electrode terminal and the cap plate from each other; an asymmetrically shaped inversion plate formed in a short-circuit hole of the cap plate which corresponds to a hole in the insulating member , wherein the inversion plate comprises an edge part fixed to the cap plate and is configured to perform an inversion operation to make contact with the terminal plate when an internal pressure of the case exceeds a predetermined reference pressure, characterized in that , the inversion plate comprises a round part downwardly convexly formed from the edge part ; a protrusion part upwardly protruding from a central region of the round part , wherein the protrusion part is formed to have an asymmetrical planar shape extending in a lengthwise direction of the terminal plate . an electrode assembly including a first electrode plate and a second electrode plate; a case accommodating the electrode assembly ; a cap plate coupled to an opening of the case and electrically connected to the first electrode plate; an electrode terminal including a terminal plate , the electrode terminal passing through the cap plate and being electrically connected to the second electrode plate; an insulating member formed between the terminal plate and the cap plate to insulate the electrode terminal and the cap plate from each other; an asymmetrically shaped inversion plate formed in a short-circuit hole of the cap plate which corresponds to a hole in the insulating member , wherein the inversion plate comprises an edge part fixed to the cap plate and is configured to perform an inversion operation to make contact with the terminal plate when an internal pressure of the case exceeds a predetermined reference pressure, characterized in that , the inversion plate comprises a round part downwardly convexly formed from the edge part ; a protrusion part upwardly protruding from a central region of the round part , wherein the protrusion part is formed to have an asymmetrical planar shape extending in a lengthwise direction of the terminal plate .
A computer-implemented method for the transmission of genomic data as multiplexed data streams comprising: a genomic dataset list data structure for providing a list of all genomic datasets (482-483), said genomic datasets comprising genomic data available in genomic streams ; a genomic dataset mapping table data structure for providing the identifier of each stream of said genomic data associated to each genomic dataset (482 - 483); wherein the genomic datasets are partitioned into randomly accessible access units ; wherein said genomic streams comprise encoded aligned reads organized into multiple layers of homogeneous data descriptors which univocally represent genome sequence reads, wherein in one layer it is stored the mapping position of the first read of each access unit as absolute position with respect to the reference genome, and all the other positions are expressed as a difference with respect to the previous position and are stored in a specific layer; said method further comprising: the compression of said layers of homogeneous data descriptors and the transmission of said data streams. a genomic dataset list data structure for providing a list of all genomic datasets (482-483), said genomic datasets comprising genomic data available in genomic streams ; a genomic dataset mapping table data structure for providing the identifier of each stream of said genomic data associated to each genomic dataset (482 - 483); wherein the genomic datasets are partitioned into randomly accessible access units ; wherein said genomic streams comprise encoded aligned reads organized into multiple layers of homogeneous data descriptors which univocally represent genome sequence reads, wherein in one layer it is stored the mapping position of the first read of each access unit as absolute position with respect to the reference genome, and all the other positions are expressed as a difference with respect to the previous position and are stored in a specific layer; said method further comprising: the compression of said layers of homogeneous data descriptors and the transmission of said data streams.
A method of optically assessing a wind power installation or a part thereof, in particular a rotor blade , including the steps: - orienting a camera on to a region to be assessed, - recording a photograph of the region to be assessed with the camera , - detecting the position of the photographed region with a position detecting device having an angle detection device, wherein at least one orientation angle of the camera and/or the telescopic optical system in relation to a reference orientation is detected, and - associating the ascertained position with the photographed region, - detecting at least one dimension in a longitudinal direction of the part to be assessed from a first reference point to a second reference point of the part, - recording at least one first reference angle which specifies the orientation angle relative to the first reference point, - recording at least one second reference angle which specifies the orientation angle relative to the second reference point, - recording a current orientation angle which specifies the orientation angle relative to the currently assessed region, and - ascertaining the current position of the currently assessed region, at least in relation to the longitudinal direction of the part, from the current orientation angle, the reference angles and optionally the dimension in the longitudinal direction. - orienting a camera on to a region to be assessed, - recording a photograph of the region to be assessed with the camera , - detecting the position of the photographed region with a position detecting device having an angle detection device, wherein at least one orientation angle of the camera and/or the telescopic optical system in relation to a reference orientation is detected, and - associating the ascertained position with the photographed region, - detecting at least one dimension in a longitudinal direction of the part to be assessed from a first reference point to a second reference point of the part, - recording at least one first reference angle which specifies the orientation angle relative to the first reference point, - recording at least one second reference angle which specifies the orientation angle relative to the second reference point, - recording a current orientation angle which specifies the orientation angle relative to the currently assessed region, and - ascertaining the current position of the currently assessed region, at least in relation to the longitudinal direction of the part, from the current orientation angle, the reference angles and optionally the dimension in the longitudinal direction.
A saddle-ride type vehicle comprising a USB terminal unit structure, wherein the USB terminal unit structure comprises: a USB terminal unit which has at least one of a power supply function and a communication function and into and from which a connection terminal of an external device is inserted and detached in a predetermined insertion-detachment direction (W1), wherein the USB terminal unit comprises a terminal connection port through which the connection terminal is inserted and detached, wherein the terminal connection port is disposed to face downward, wherein the USB terminal unit is disposed to be inclined so that an end surface on the terminal connection port side is lower than an end surface on a side opposite to the terminal connection port , wherein a casing of the USB terminal unit comprises an attachment portion with respect to a vehicle body side, characterized in that a circuit board is sealed with potting resin inside the casing of the USB terminal unit , wherein a potting surface of the casing where the potting resin is exposed is disposed to face downward, wherein a water blocking portion that guides water moving along the casing of the USB terminal unit to an outside of the terminal connection port is provided on the terminal connection port side of the casing , and wherein the water blocking portion comprises a water blocking wall that is continuous with the attachment portion . a USB terminal unit which has at least one of a power supply function and a communication function and into and from which a connection terminal of an external device is inserted and detached in a predetermined insertion-detachment direction (W1), wherein the USB terminal unit comprises a terminal connection port through which the connection terminal is inserted and detached, wherein the terminal connection port is disposed to face downward, wherein the USB terminal unit is disposed to be inclined so that an end surface on the terminal connection port side is lower than an end surface on a side opposite to the terminal connection port , wherein a casing of the USB terminal unit comprises an attachment portion with respect to a vehicle body side, characterized in that a circuit board is sealed with potting resin inside the casing of the USB terminal unit , wherein a potting surface of the casing where the potting resin is exposed is disposed to face downward, wherein a water blocking portion that guides water moving along the casing of the USB terminal unit to an outside of the terminal connection port is provided on the terminal connection port side of the casing , and wherein the water blocking portion comprises a water blocking wall that is continuous with the attachment portion .
A sonic mixing apparatus , comprising: a reservoir configured to contain a coupling liquid ; a reaction vessel suspended in the reservoir from a carrier member ; a transducer configured to be driven at a frequency and communicate with the coupling liquid ; and a signal generation unit configured to provide a phase modulatable drive signal to the transducer wherein the signal generation unit includes an oscillator operable at between about 200 KHz and about 4MHz; and wherein the signal generation unit comprises a phase modulator circuit including a wave generator configured to produce a modulation signal which is configured to modulate a phase of the phase modulatable drive signal between a first phase angle and a second phase angle which is different than the first phase angle wherein the modulation between the first phase angle and the second phase angle cycling takes place at a modulation frequency of between about 1 Hz and about 50 Hz. a reservoir configured to contain a coupling liquid ; a reaction vessel suspended in the reservoir from a carrier member ; a transducer configured to be driven at a frequency and communicate with the coupling liquid ; and a signal generation unit configured to provide a phase modulatable drive signal to the transducer wherein the signal generation unit includes an oscillator operable at between about 200 KHz and about 4MHz; and wherein the signal generation unit comprises a phase modulator circuit including a wave generator configured to produce a modulation signal which is configured to modulate a phase of the phase modulatable drive signal between a first phase angle and a second phase angle which is different than the first phase angle wherein the modulation between the first phase angle and the second phase angle cycling takes place at a modulation frequency of between about 1 Hz and about 50 Hz.